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	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time with nps"
	,"Column":	52
	,"hint":	null
	,"Value":	"incubation time with nps (h)"
	,"Row":	1
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time with ly"
	,"Column":	53
	,"hint":	null
	,"Value":	"incubation time with ly (h)"
	,"Row":	1
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"apical ly concentration"
	,"Column":	54
	,"hint":	null
	,"Value":	"apical ly concentration"
	,"Row":	1
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"total number of replicates per condition"
	,"Column":	55
	,"hint":	"(control, nps concentration 1, concentration 2, etc¢‚¬¦)"
	,"Value":	"total number of replicates per condition  (control, nps concentration 1, concentration 2, etc…)"
	,"Row":	1
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"NM tested concentration"
	,"Column":	56
	,"hint":	null
	,"Value":	"nps tested concentrations  (µg/ml)"
	,"Row":	1
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"µg/cm²\r"
	,"cleanedvalue":	"corresponding dose/surface"
	,"Column":	57
	,"hint":	null
	,"Value":	"corresponding dose/surface unit  (µg/cm2)"
	,"Row":	1
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"%\r"
	,"cleanedvalue":	"mean % of basolateral lucyfer yellow (ly) through intestinal epithelium"
	,"Column":	58
	,"hint":	null
	,"Value":	"mean % of basolateral lucyfer yellow (ly) through intestinal epithelium"
	,"Row":	1
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	59
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"cm/s\r"
	,"cleanedvalue":	"mean ly papp through intestinal epithelium"
	,"Column":	60
	,"hint":	null
	,"Value":	"mean ly papp through intestinal epithelium  (cm/s)"
	,"Row":	1
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	61
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"%\r"
	,"cleanedvalue":	"mean % of basolateral lucyfer yellow (ly) through cell free inserts"
	,"Column":	62
	,"hint":	null
	,"Value":	"mean % of basolateral ly through cell free inserts"
	,"Row":	1
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	63
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"cm/s\r"
	,"cleanedvalue":	"mean ly papp through cell free inserts"
	,"Column":	64
	,"hint":	null
	,"Value":	"mean ly papp through cell free inserts (cm/s)"
	,"Row":	1
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	65
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	66
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cls particle refraction index"
	,"Column":	20
	,"hint":	null
	,"Value":	"cls particle refraction index"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cls particle absorption"
	,"Column":	21
	,"hint":	null
	,"Value":	"cls particle absorption"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cls particle non-sphericity"
	,"Column":	22
	,"hint":	null
	,"Value":	"cls particle non-sphericity"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"µl\r"
	,"cleanedvalue":	"cls injected volume"
	,"Column":	23
	,"hint":	null
	,"Value":	"cls injected volume (µl)"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	24
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	25
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time with ly"
	,"Column":	26
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	27
	,"hint":	null
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	28
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"peak hydrodynamic diameter"
	,"Column":	29
	,"hint":	"peak 1  - main peak (nm)"
	,"Value":	"peak 1  - main peak (nm)"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"peak weight hydrodynamic diameter"
	,"Column":	30
	,"hint":	"peak 1  weight (w) or number (n)"
	,"Value":	"peak 1  weight (w) or number (n)"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"peak hydrodynamic diameter"
	,"Column":	31
	,"hint":	"peak 2 - main peak (nm)"
	,"Value":	"peak 2 - main peak (nm)"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"peak weight hydrodynamic diameter"
	,"Column":	32
	,"hint":	"peak 2 weight (w) or number (n)"
	,"Value":	"peak 2 weight (w) or number (n)"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"peak hydrodynamic diameter"
	,"Column":	33
	,"hint":	"peak 3 - main peak (nm)"
	,"Value":	"peak 3 - main peak (nm)"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"peak weight hydrodynamic diameter"
	,"Column":	34
	,"hint":	"peak 3 weight (w) or number (n)"
	,"Value":	"peak 3 weight (w) or number (n)"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	35
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	36
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"65e99de7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"barrier integrity - LY"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
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	,"hint":	null
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	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"epithelial barrier integrity"
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	,"hint":	null
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	,"id":	"b9b75e99"
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	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
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	,"hint":	"Standard operation procedure"
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	,"Row":	0
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
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	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
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	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
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	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
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	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
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	,"hint":	"NM supplier"
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	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
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	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
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	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
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	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
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	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
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	,"JSON_LEVEL2":	"PARAMETERS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
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	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	17
	,"hint":	null
	,"Value":	"size distribution stock suspension"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²\r"
	,"cleanedvalue":	"integrity control quality: mean teer values  - before starting nps exposure"
	,"Column":	27
	,"hint":	null
	,"Value":	"integrity control quality: mean teer values  before starting nps exposure [ohms/cm²]"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	28
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²  \r"
	,"cleanedvalue":	"maximum teer value before starting nps exposure"
	,"Column":	29
	,"hint":	null
	,"Value":	"maximum teer value (ohms/cm²)  before starting nps exposure"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	30
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²\r"
	,"cleanedvalue":	"minimum teer value before starting nps exposure"
	,"Column":	31
	,"hint":	null
	,"Value":	"minimum teer value   before starting nps exposure [ohms/cm²]"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	32
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"g\r"
	,"cleanedvalue":	"sample weight"
	,"Column":	33
	,"hint":	null
	,"Value":	"sample weight [g]"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dissolution medium composition"
	,"Column":	34
	,"hint":	null
	,"Value":	"dissolution medium composition"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ml\r"
	,"cleanedvalue":	"dissolution medium volume"
	,"Column":	35
	,"hint":	null
	,"Value":	"dissolution medium volume [ml]"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dissolution method"
	,"Column":	36
	,"hint":	null
	,"Value":	"dissolution method"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"min\r"
	,"cleanedvalue":	"dissolution time"
	,"Column":	37
	,"hint":	null
	,"Value":	"dissolution time [min]"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"°C\r"
	,"cleanedvalue":	"dissolution temperature"
	,"Column":	38
	,"hint":	null
	,"Value":	"dissolution temperature [°c]"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"minimum number of standards in graph"
	,"Column":	39
	,"hint":	null
	,"Value":	"minimum number of standards in graph"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"μg/ml\r"
	,"cleanedvalue":	"detection limit"
	,"Column":	40
	,"hint":	null
	,"Value":	"detection limit [μg/ml]"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"analysed elements"
	,"Column":	41
	,"hint":	null
	,"Value":	"anlysed elements"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"element 1"
	,"Column":	42
	,"hint":	null
	,"Value":	"element 1"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"element emission wavelenght"
	,"Column":	43
	,"hint":	null
	,"Value":	"element 1 emission wavelenght (nm)"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"element 2"
	,"Column":	44
	,"hint":	null
	,"Value":	"element 2"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"element emission wavelenght"
	,"Column":	45
	,"hint":	null
	,"Value":	"element 2 emission wavelenght (nm)"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"final concentration of the element 1"
	,"Column":	46
	,"hint":	null
	,"Value":	"final concentration of the element 1 [μg/ml]"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"final concentration of the element 2"
	,"Column":	47
	,"hint":	null
	,"Value":	"final concentration of the element 2 [μg/ml]"
	,"Row":	1
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	25
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	26
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"b9b75e99"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ICP-OES"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"method and instrument information"
	,"Column":	17
	,"hint":	null
	,"Value":	"method and instrument information"
	,"Row":	0
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	52
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	55
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution stock suspension"
	,"Column":	17
	,"hint":	null
	,"Value":	"size distribution stock suspension"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²\r"
	,"cleanedvalue":	"integrity control quality: mean teer values  - before starting nps exposure"
	,"Column":	27
	,"hint":	null
	,"Value":	"integrity control quality: mean teer values  before starting nps exposure [ohms/cm²]"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	28
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²  \r"
	,"cleanedvalue":	"maximum teer value before starting nps exposure"
	,"Column":	29
	,"hint":	null
	,"Value":	"maximum teer value (ohms/cm²)  before starting nps exposure"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	30
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²\r"
	,"cleanedvalue":	"minimum teer value before starting nps exposure"
	,"Column":	31
	,"hint":	null
	,"Value":	"minimum teer value   before starting nps exposure [ohms/cm²]"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	32
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"instrument model"
	,"Column":	33
	,"hint":	null
	,"Value":	"instrument model"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"resolution"
	,"Column":	34
	,"hint":	null
	,"Value":	"resolution"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"kV\r"
	,"cleanedvalue":	"acceleration voltage"
	,"Column":	35
	,"hint":	null
	,"Value":	"accelaration voltage"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"EDX"
	,"Column":	36
	,"hint":	"(yes/no)"
	,"Value":	"edx (yes/no)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"EDX model"
	,"Column":	37
	,"hint":	null
	,"Value":	"edx model"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"in vitro barrier model"
	,"Column":	38
	,"hint":	null
	,"Value":	"in vitro barrier model"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cell type"
	,"Column":	39
	,"hint":	null
	,"Value":	"cell type"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cell culture medium composition"
	,"Column":	40
	,"hint":	null
	,"Value":	"cell culture medium composition"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"insert"
	,"Column":	41
	,"hint":	null
	,"Value":	"insert"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of cells/insert"
	,"Column":	42
	,"hint":	null
	,"Value":	"number of cells/insert"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"volume of medium/insert apical medium"
	,"Column":	43
	,"hint":	null
	,"Value":	"volume of medium/insert apical medium"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"volume of medium/well basolateral medium"
	,"Column":	44
	,"hint":	null
	,"Value":	"volume of medium/well basolateral medium"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"days of differentiation"
	,"Column":	45
	,"hint":	null
	,"Value":	"days of differentiation"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²\r"
	,"cleanedvalue":	"integrity control quality: mean teer values  - before starting nps exposure"
	,"Column":	46
	,"hint":	null
	,"Value":	"integrity control quality: mean teer values (ohms/cm²) before starting nps exposure"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²  \r"
	,"cleanedvalue":	"maximum and minimum teer values before starting nps exposure"
	,"Column":	47
	,"hint":	null
	,"Value":	"maximum and minimum teer values before starting nps exposure (ohms/cm²)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"NM tested concentration"
	,"Column":	48
	,"hint":	"(ex: 10, 1 µg/ml)"
	,"Value":	"nps tested concentrations  (ex: 10, 1 µg/ml)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"µg/cm²\r"
	,"cleanedvalue":	"corresponding dose/surface"
	,"Column":	49
	,"hint":	null
	,"Value":	"corresponding dose/surface unit (µg cm-2)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time with nps"
	,"Column":	50
	,"hint":	null
	,"Value":	"incubation time with nps"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"pretreatment of basolateral medium before observation/analysis"
	,"Column":	51
	,"hint":	"(ex: evaportation of medium, treatment with proteinase k, acidic digestion, etc)"
	,"Value":	"pretreatment of basolateral medium before observation/analysis (ex: evaportation of medium, treatment with proteinase k, acidic digestion, etc)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"total number of replicates"
	,"Column":	52
	,"hint":	null
	,"Value":	"total number of replicates"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of replicates containing  nps"
	,"Column":	53
	,"hint":	"(x replicates containing nps/ y observed replicates)"
	,"Value":	"number of replicates containing  nps (x replicates containing nps/ y observed replicates)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"detection/observation of nps in basolateral medium"
	,"Column":	54
	,"hint":	" (yes/no)"
	,"Value":	"detection/observation of nps in basolateral medium (yes/no)"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
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	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"epithelial barrier integrity"
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	,"hint":	"Standard deviation"
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	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
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	,"JSON_LEVEL2":	"ERR_VALUE"
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	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
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	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"hint":	"Standard deviation"
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	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	55
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"3556c14d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP crossing ToF-SIMS"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
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	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"epithelial barrier integrity"
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	,"hint":	null
	,"Value":	"sample information"
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	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"method and instrument information"
	,"Row":	0
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
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	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	56
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"nm id code"
	,"Column":	1
	,"hint":	"(e.g. nm-300, jrcnm01001a, …) "
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"material state "
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, …)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution stock suspesnion"
	,"Column":	17
	,"hint":	null
	,"Value":	"size distribution stock suspesnion"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"microscopy model"
	,"Column":	27
	,"hint":	null
	,"Value":	"microscopy model"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"fixation of cells"
	,"Column":	28
	,"hint":	null
	,"Value":	"fixation of cells"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"proteins labelling"
	,"Column":	29
	,"hint":	null
	,"Value":	"proteins labelling"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"nucleus labelling"
	,"Column":	30
	,"hint":	null
	,"Value":	"nucleus labelling"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"in vitro barrier model"
	,"Column":	31
	,"hint":	null
	,"Value":	"in vitro barrier model"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cell type"
	,"Column":	32
	,"hint":	null
	,"Value":	"cell type"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"passage number"
	,"Column":	33
	,"hint":	null
	,"Value":	"passage number"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cell culture medium composition "
	,"Column":	34
	,"hint":	null
	,"Value":	"cell culture medium composition"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"insert"
	,"Column":	35
	,"hint":	null
	,"Value":	"insert"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of cells/insert"
	,"Column":	36
	,"hint":	null
	,"Value":	"number of cells/insert"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"volume of medium in apical compartment"
	,"Column":	37
	,"hint":	null
	,"Value":	"volume of medium in apical compartment"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"volume of medium in basolateral compartment"
	,"Column":	38
	,"hint":	null
	,"Value":	"volume of medium in basolateral compartment"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"days of differentiation"
	,"Column":	39
	,"hint":	null
	,"Value":	"days of differentiation"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²\r"
	,"cleanedvalue":	"integrity control quality: mean teer values  - before starting nps exposure"
	,"Column":	40
	,"hint":	null
	,"Value":	"integrity control quality: mean teer values (ohms/cm²) - before starting nps exposure"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	41
	,"hint":	null
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²  \r"
	,"cleanedvalue":	"maximum teer value before starting nps exposure"
	,"Column":	42
	,"hint":	null
	,"Value":	"maximum teer value (ohms/cm²)  before starting nps exposure"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	43
	,"hint":	null
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²\r"
	,"cleanedvalue":	"minimum teer value before starting nps exposure"
	,"Column":	44
	,"hint":	null
	,"Value":	"minimum teer value (ohms/cm²)  before starting nps exposure"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	45
	,"hint":	null
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time with nps"
	,"Column":	46
	,"hint":	null
	,"Value":	"incubation time with nps (h)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"NM tested concentration"
	,"Column":	47
	,"hint":	"(ex: 10 - 1 µg/ml)"
	,"Value":	"nps tested concentrations  (ex: 10 - 1 µg/ml)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"µg/cm²\r"
	,"cleanedvalue":	"corresponding dose/surface"
	,"Column":	48
	,"hint":	null
	,"Value":	"corresponding dose/surface unit (µg/cm2)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"localisation of nps"
	,"Column":	49
	,"hint":	null
	,"Value":	"localisation of nps"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"total number of technical replicates"
	,"Column":	50
	,"hint":	null
	,"Value":	"total number of technical replicates"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"technical replicate number"
	,"Column":	51
	,"hint":	null
	,"Value":	"technical replicate number"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of different analysed fields/technical replicate (insert)"
	,"Column":	52
	,"hint":	null
	,"Value":	"number of different analysed fields/technical replicate (insert)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"total number of detected fluorescent nps/technical replicate"
	,"Column":	53
	,"hint":	null
	,"Value":	"total number of detected fluorescent nps/technical replicate"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of intracellular nps"
	,"Column":	54
	,"hint":	null
	,"Value":	"number of intracellular nps"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of extracellular nps"
	,"Column":	55
	,"hint":	"(surface located) "
	,"Value":	"number of extracellular nps (surface located)"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	56
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol "
	,"Column":	17
	,"hint":	"(ex: nanogenotox, enpra, prospect, other)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc…)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium "
	,"Column":	20
	,"hint":	"(ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	null
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"43fd656e"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NP intracell pen(confocal micro"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	52
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	59
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	17
	,"hint":	null
	,"Value":	"size distribution stock suspension"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"tem or sem?"
	,"Column":	27
	,"hint":	null
	,"Value":	"tem or sem?"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"microscopy model"
	,"Column":	28
	,"hint":	null
	,"Value":	"microscopy model"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"resolution "
	,"Column":	29
	,"hint":	null
	,"Value":	"resolution  [nm]"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"kV\r"
	,"cleanedvalue":	"acceleration voltage"
	,"Column":	30
	,"hint":	null
	,"Value":	"accelaration voltage"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"use of EDX"
	,"Column":	31
	,"hint":	"(yes/no)"
	,"Value":	"use of edx (yes/no)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"EDX model"
	,"Column":	32
	,"hint":	null
	,"Value":	"edx model"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"in vitro barrier model"
	,"Column":	33
	,"hint":	null
	,"Value":	"in vitro barrier model"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cell type"
	,"Column":	34
	,"hint":	null
	,"Value":	"cell type"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"passage number"
	,"Column":	35
	,"hint":	null
	,"Value":	"passage number"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cell culture medium composition"
	,"Column":	36
	,"hint":	null
	,"Value":	"cell culture medium composition"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"insert"
	,"Column":	37
	,"hint":	null
	,"Value":	"insert"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of cells/insert"
	,"Column":	38
	,"hint":	null
	,"Value":	"number of cells/insert"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"volume of medium in apical compartment"
	,"Column":	39
	,"hint":	null
	,"Value":	"volume of medium in apical compartment"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"volume of medium in basolateral compartment"
	,"Column":	40
	,"hint":	null
	,"Value":	"volume of medium in basolateral compartment"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"days of differentiation"
	,"Column":	41
	,"hint":	null
	,"Value":	"days of differentiation"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²\r"
	,"cleanedvalue":	"integrity control quality: mean teer values  - before starting nps exposure"
	,"Column":	42
	,"hint":	null
	,"Value":	"integrity control quality: mean teer values  before starting nps exposure [ohms/cm²]"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	43
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²  \r"
	,"cleanedvalue":	"maximum teer value before starting nps exposure"
	,"Column":	44
	,"hint":	null
	,"Value":	"maximum teer value (ohms/cm²)  before starting nps exposure"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	45
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²\r"
	,"cleanedvalue":	"minimum teer value before starting nps exposure"
	,"Column":	46
	,"hint":	null
	,"Value":	"minimum teer value   before starting nps exposure [ohms/cm²]"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	47
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time with nps"
	,"Column":	48
	,"hint":	null
	,"Value":	"incubation time with nps [h]"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"NM tested concentration"
	,"Column":	49
	,"hint":	"(ex: 10 - 1 µg/ml)"
	,"Value":	"nps tested concentrations  (ex: 10 - 1 µg/ml)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"µg/cm²\r"
	,"cleanedvalue":	"corresponding dose/surface"
	,"Column":	50
	,"hint":	null
	,"Value":	"corresponding dose/surface unit [µg/cm2]"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"pretreatment of basolateral medium before observation/analysis (ex: evaportation of medium, treatment with proteinase k, acidic digestion, etc)"
	,"Column":	51
	,"hint":	null
	,"Value":	"pretreatment of basolateral medium before observation/analysis (ex: evaportation of medium, treatment with proteinase k, acidic digestion, etc)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"observation of nps-like structures in basolateral medium of intestinal epithelium "
	,"Column":	52
	,"hint":	"(yes/no)"
	,"Value":	"observation of nps-like structures in basolateral medium of intestinal epithelium  (yes/no)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"mean size of detected nps-like structures"
	,"Column":	53
	,"hint":	null
	,"Value":	"mean size of detected nps-like structures"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	54
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of replicates containing intracellular nps-like structures"
	,"Column":	55
	,"hint":	null
	,"Value":	"number of replicates containing intracellular nps-like structures"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"observed replicates"
	,"Column":	56
	,"hint":	null
	,"Value":	"observed replicates"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"confirmation of presence of nps in intestinal epithelium basolateral side  by edx "
	,"Column":	57
	,"hint":	"(yes/no)"
	,"Value":	"confirmation of presence of nps in intestinal epithelium basolateral side  by edx  (yes/no)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"observation of nps in basolateral medium of cell free insert "
	,"Column":	58
	,"hint":	"(yes/no)"
	,"Value":	"observation of nps in basolateral medium of cell free insert  (yes/no)"
	,"Row":	1
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time with nps"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	25
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	26
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"2edc141b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NPs crossing TEM-SEM"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"method and instrument information"
	,"Column":	17
	,"hint":	null
	,"Value":	"method and instrument information"
	,"Row":	0
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	53
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	56
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	17
	,"hint":	null
	,"Value":	"size distribution stock suspension"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	56
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cls particle refraction index"
	,"Column":	20
	,"hint":	null
	,"Value":	"cls particle refraction index"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cls particle absorption"
	,"Column":	21
	,"hint":	null
	,"Value":	"cls particle absorption"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cls particle non-sphericity"
	,"Column":	22
	,"hint":	null
	,"Value":	"cls particle non-sphericity"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"µl\r"
	,"cleanedvalue":	"cls injected volume"
	,"Column":	23
	,"hint":	null
	,"Value":	"cls injected volume (µl)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	24
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	25
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	26
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	27
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	28
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"peak hydrodynamic diameter"
	,"Column":	29
	,"hint":	"peak 1  - main peak (nm)"
	,"Value":	"peak 1  - main peak (nm)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"peak weight hydrodynamic diameter"
	,"Column":	30
	,"hint":	"peak 1  weight (w) or number (n)"
	,"Value":	"peak 1  weight (w) or number (n)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"peak hydrodynamic diameter"
	,"Column":	31
	,"hint":	"peak 2 - main peak (nm)"
	,"Value":	"peak 2 - main peak (nm)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"peak weight hydrodynamic diameter"
	,"Column":	32
	,"hint":	"peak 2 weight (w) or number (n)"
	,"Value":	"peak 2 weight (w) or number (n)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"peak hydrodynamic diameter"
	,"Column":	33
	,"hint":	"peak 3 - main peak (nm)"
	,"Value":	"peak 3 - main peak (nm)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"peak weight hydrodynamic diameter"
	,"Column":	34
	,"hint":	"peak 3 weight (w) or number (n)"
	,"Value":	"peak 3 weight (w) or number (n)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	35
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	36
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"pre-exposure time"
	,"Column":	37
	,"hint":	null
	,"Value":	"pre-exposure time  (h)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"exposure duration"
	,"Column":	38
	,"hint":	null
	,"Value":	"exposure duration (h)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cell type"
	,"Column":	39
	,"hint":	null
	,"Value":	"cell type(s)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cell culture medium type"
	,"Column":	40
	,"hint":	null
	,"Value":	"cell culture medium type"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"%\r"
	,"cleanedvalue":	"percentage of albumin"
	,"Column":	41
	,"hint":	null
	,"Value":	"percentage of albumin"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"other culture media additives"
	,"Column":	42
	,"hint":	"(e.g. % of pen/strep/fungicide...)"
	,"Value":	"other culture media additives (e.g. % of pen/strep/fungicide...)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"patient code"
	,"Column":	43
	,"hint":	"patient code  (one code per patient)"
	,"Value":	"patient code  (one code per patient)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"3d culture code"
	,"Column":	44
	,"hint":	null
	,"Value":	"3d culture code"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"g/ml\r"
	,"cleanedvalue":	"concentration 1"
	,"Column":	45
	,"hint":	null
	,"Value":	"concentration 1 (g/ml)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"g/ml\r"
	,"cleanedvalue":	"concentration 2"
	,"Column":	46
	,"hint":	null
	,"Value":	"concentration 2 (g/ml)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"g/ml\r"
	,"cleanedvalue":	"concentration 3"
	,"Column":	47
	,"hint":	null
	,"Value":	"concentration 3 (g/ml)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"g/cm2\r"
	,"cleanedvalue":	"concentration 1"
	,"Column":	48
	,"hint":	null
	,"Value":	"concentration 1 (g/cm2)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"g/cm2\r"
	,"cleanedvalue":	"concentration 2"
	,"Column":	49
	,"hint":	null
	,"Value":	"concentration 2 (g/cm2)"
	,"Row":	2
	,"id":	"94319de4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"oral mucosa 3Dmodel penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"g/cm2\r"
	,"cleanedvalue":	"concentration 3"
	,"Column":	50
	,"hint":	null
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	,"hint":	null
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	,"JSON_LEVEL2":	"CITATION_OWNER"
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{
	"header1":	null
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	,"cleanedvalue":	"module"
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	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
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	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
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	,"cleanedvalue":	"raw TEER values"
	,"Column":	37
	,"hint":	null
	,"Value":	"raw teer values  (ohms)"
	,"Row":	1
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
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	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"without blank"
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	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"x insert surface"
	,"Column":	39
	,"hint":	"(1,12 cm2)"
	,"Value":	"x  insert surface (1,12 cm2)"
	,"Row":	1
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"average per insert"
	,"Column":	40
	,"hint":	null
	,"Value":	"average per insert"
	,"Row":	1
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"average per condition"
	,"Column":	41
	,"hint":	null
	,"Value":	"average per condition"
	,"Row":	1
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"total average inserts per days"
	,"Column":	42
	,"hint":	null
	,"Value":	"total average inserts per days"
	,"Row":	1
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	43
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty  (sd)"
	,"Row":	1
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	44
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	25
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	26
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"166a3634"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEER"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"method and instrument information"
	,"Column":	17
	,"hint":	null
	,"Value":	"method and instrument information"
	,"Row":	0
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	27
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	35
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
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	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
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	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution stock suspension"
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	,"hint":	null
	,"Value":	"size distribution stock suspension"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"observation of intracellular nps"
	,"Column":	27
	,"hint":	"(yes/no)"
	,"Value":	"observation of intracellular nps (yes/no)"
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	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
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	,"hint":	null
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	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
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	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
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	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
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	,"hint":	null
	,"Value":	"size (nm)"
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	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"shape"
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	,"hint":	null
	,"Value":	"shape"
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	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"surface topology"
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	,"hint":	null
	,"Value":	"surface topology"
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	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	35
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	25
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	26
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"ECD"
	,"Column":	30
	,"hint":	null
	,"Value":	"ecd"
	,"Row":	2
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"aspect ratio"
	,"Column":	32
	,"hint":	null
	,"Value":	"aspect ratio"
	,"Row":	2
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"convexity"
	,"Column":	33
	,"hint":	null
	,"Value":	"convexity"
	,"Row":	2
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"solidity"
	,"Column":	34
	,"hint":	null
	,"Value":	"solidity"
	,"Row":	2
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"feret min"
	,"Column":	30
	,"hint":	null
	,"Value":	"feret min"
	,"Row":	3
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"feret max"
	,"Column":	31
	,"hint":	null
	,"Value":	"feret max"
	,"Row":	3
	,"id":	"1546e5fc"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"method and instrument information"
	,"Column":	17
	,"hint":	null
	,"Value":	"method and instrument information"
	,"Row":	0
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	53
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	63
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
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	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
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	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
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	,"hint":	null
	,"Value":	"reporting organisation"
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	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
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	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
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	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
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	,"hint":	"size distribution stock suspension"
	,"Value":	"size distribution stock suspension"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"tem or sem?"
	,"Column":	27
	,"hint":	null
	,"Value":	"tem or sem?"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"model"
	,"Column":	28
	,"hint":	null
	,"Value":	"model"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"resolution"
	,"Column":	29
	,"hint":	null
	,"Value":	"resolution (nm)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"kV\r"
	,"cleanedvalue":	"acceleration voltage"
	,"Column":	30
	,"hint":	null
	,"Value":	"accelaration voltage"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"use of EDX"
	,"Column":	31
	,"hint":	"(yes/no)"
	,"Value":	"use of edx (yes/no)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"EDX model"
	,"Column":	32
	,"hint":	null
	,"Value":	"edx model"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"protocol ref  = sop"
	,"Column":	33
	,"hint":	null
	,"Value":	"protocol ref  = sop"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"in vitro barrier model"
	,"Column":	34
	,"hint":	null
	,"Value":	"in vitro barrier model"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cell type"
	,"Column":	35
	,"hint":	null
	,"Value":	"cell type"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cell culture medium composition"
	,"Column":	36
	,"hint":	null
	,"Value":	"cell culture medium composition"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"insert"
	,"Column":	37
	,"hint":	null
	,"Value":	"insert"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of cells/insert"
	,"Column":	38
	,"hint":	null
	,"Value":	"number of cells/insert"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"volume of medium/insert apical medium"
	,"Column":	39
	,"hint":	null
	,"Value":	"volume of medium/insert apical medium"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"volume of medium/well basolateral medium"
	,"Column":	40
	,"hint":	null
	,"Value":	"volume of medium/well basolateral medium"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"days of differentiation"
	,"Column":	41
	,"hint":	null
	,"Value":	"days of differentiation"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²\r"
	,"cleanedvalue":	"integrity control quality: mean teer values  - before starting nps exposure"
	,"Column":	42
	,"hint":	null
	,"Value":	"integrity control quality: mean teer values (ohms/cm²) - before starting nps exposure"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	43
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²  \r"
	,"cleanedvalue":	"maximum teer value before starting nps exposure"
	,"Column":	44
	,"hint":	null
	,"Value":	"maximum teer value (ohms/cm²)  before starting nps exposure"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	45
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"ohms/cm²\r"
	,"cleanedvalue":	"minimum teer value before starting nps exposure"
	,"Column":	46
	,"hint":	null
	,"Value":	"minimum teer value (ohms/cm²)  before starting nps exposure"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	47
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"NM tested concentration"
	,"Column":	48
	,"hint":	"(ex: 10, 1 µg/ml)"
	,"Value":	"nps tested concentrations (ex: 10, 1 µg/ml)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"µg/cm²\r"
	,"cleanedvalue":	"corresponding dose/surface"
	,"Column":	49
	,"hint":	null
	,"Value":	"corresponding dose/surface unit (µg cm-2)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time with nps"
	,"Column":	50
	,"hint":	null
	,"Value":	"incubation time with nps"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"cells fixation procedure"
	,"Column":	51
	,"hint":	null
	,"Value":	"cells fixation procedure"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"coloration of tissue slides"
	,"Column":	52
	,"hint":	null
	,"Value":	"coloration of tissue slides"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"observation of intracellular nps"
	,"Column":	53
	,"hint":	"(yes/no)"
	,"Value":	"observation of intracellular nps (yes/no)"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"localisation of nps"
	,"Column":	54
	,"hint":	null
	,"Value":	"localisation of nps"
	,"Row":	1
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"5e661b75"
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	,"Sheet":	"TEM-SEM - intracell penetration"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
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	,"hint":	"Standard deviation"
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	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
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	,"JSON_LEVEL2":	"ERR_VALUE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
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	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of cells containing intracellular nps-like structures   in the total number of technical replicates"
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	,"hint":	null
	,"Value":	"number of cells containing intracellular nps-like structures   in the total number of technical replicates"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"total number of observed cells"
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	,"hint":	null
	,"Value":	"total number of observed cells"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"analysis of chemical composition of nps-like structures by edx - edx spectrum"
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	,"hint":	null
	,"Value":	"analysis of chemical composition of nps-like structures by edx - edx spectrum"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"confirmation of presence of nps inside cells by edx "
	,"Column":	62
	,"hint":	"(yes/no)"
	,"Value":	"confirmation of presence of nps inside cells by edx (yes/no)"
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	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
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	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	63
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
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	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
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	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
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	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"hint":	"Standard deviation"
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	,"Row":	2
	,"id":	"5e661b75"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM-SEM - intracell penetration"
	,"File":	"INVITRO_BARRIERCROSSING.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
	,"cleanedvalue":	"method and instrument information"
	,"Column":	17
	,"hint":	null
	,"Value":	"method and instrument information"
	,"Row":	0
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	33
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	null
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	45
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
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	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
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	,"hint":	null
	,"Value":	"operator"
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	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cell transformation"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hCTA"
	,"File":	"INVITRO_CTA.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cell transformation"
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	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"a2bd57f4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hCTA"
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	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"cell transformation"
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	,"endpoint":	"cell transformation"
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	,"endpoint":	"cell transformation"
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{
	"header1":	null
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	,"Annotation":	"header0"
	,"endpoint":	"cytotoxicity"
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	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"0e349fd6"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
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{
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{
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	,"hint":	"(cells number/well)"
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{
	"header1":	null
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	,"unit":	"µg/ml\r"
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	,"hint":	null
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{
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	,"hint":	null
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	"header1":	null
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	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"IC50"
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	,"hint":	"test item result (ic50)"
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{
	"header1":	null
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	,"endpoint":	"cytotoxicity"
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	,"hint":	"reference item result (ic50)"
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{
	"header1":	null
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	,"Annotation":	"results"
	,"endpoint":	"cytotoxicity"
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	"header1":	null
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	,"endpoint":	"cytotoxicity"
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	,"hint":	"SD"
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	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"0e349fd6"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
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	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
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	,"id":	"0e349fd6"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
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	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
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	,"id":	"0e349fd6"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
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	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
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	,"id":	"0e349fd6"
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	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
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{
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	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
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	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
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	,"id":	"0e349fd6"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
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	,"Row":	2
	,"id":	"0e349fd6"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
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	,"hint":	null
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	,"Row":	2
	,"id":	"0e349fd6"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"0e349fd6"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
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	,"hint":	"Standard deviation"
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	,"id":	"0e349fd6"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"0e349fd6"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"unit":	"\r"
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	,"hint":	"Standard deviation"
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	,"id":	"0e349fd6"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"sample information"
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	,"id":	"14517022"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"14517022"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
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	,"hint":	null
	,"Value":	"results"
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	,"id":	"14517022"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	44
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
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	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
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	,"hint":	null
	,"Value":	"size distribution"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"cell type"
	,"Column":	27
	,"hint":	null
	,"Value":	"cell type"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"passage number"
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	,"hint":	null
	,"Value":	"pass number"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"culture medium composition"
	,"Column":	29
	,"hint":	null
	,"Value":	"culture medium composition"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
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	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"plate"
	,"Column":	30
	,"hint":	" (e.g. 24 wells)"
	,"Value":	"plate (e.g. 24 wells)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
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	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"volume of incubation medium/well"
	,"Column":	31
	,"hint":	null
	,"Value":	"volume of incubation medium/well"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"seeding"
	,"Column":	32
	,"hint":	"(cells number per well)"
	,"Value":	"seeding  (cells number per well)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of technical replicates per conditions"
	,"Column":	33
	,"hint":	null
	,"Value":	"number of technical replicates per conditions"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"µg/cm²\r"
	,"cleanedvalue":	"calculated exposure concentration "
	,"Column":	34
	,"hint":	null
	,"Value":	"calculated nps exposure concentration (µg/cm²)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"h\r"
	,"cleanedvalue":	"exposure time"
	,"Column":	35
	,"hint":	null
	,"Value":	"exposure time (h)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"positive control"
	,"Column":	36
	,"hint":	" (ex: cdso4, benzalkonium chloride, etc...)"
	,"Value":	"positive control (ex: cdso4, benzalkonium chloride, etc...)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"µm\r"
	,"cleanedvalue":	"positive control tested concentrations"
	,"Column":	37
	,"hint":	"ex: 0, 37.5, 75, 100, 125 and 150)"
	,"Value":	"positive control tested concentrations  (µm) (ex: 0, 37.5, 75, 100, 125 and 150)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"IC50 (positive control )"
	,"Column":	38
	,"hint":	"positive control ic50"
	,"Value":	"positive control ic50"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"cytotoxicity"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"NM tested concentration"
	,"Column":	39
	,"hint":	null
	,"Value":	"nps tested concentrations (µg/ml)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"cytotoxicity"
	,"unit":	"µg/cm²\r"
	,"cleanedvalue":	"corresponding dose/surface"
	,"Column":	40
	,"hint":	null
	,"Value":	"corresponding dose/surface unit  (µg/cm2)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"cytotoxicity"
	,"unit":	"%\r"
	,"cleanedvalue":	"percentage of viability nps treated cells"
	,"Column":	41
	,"hint":	"(normalized to non treated cells -ctl-)"
	,"Value":	"percentage of viability nps treated cells (normalized to non treated cells -ctl-)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	42
	,"hint":	"SD"
	,"Value":	"sd"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"cytotoxicity"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"IC50"
	,"Column":	43
	,"hint":	"nps ic50 (µg/ml)"
	,"Value":	"nps ic50 (µg/ml)"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	44
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	25
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	26
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"14517022"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"09fdee91"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"method and instrument information"
	,"Column":	17
	,"hint":	null
	,"Value":	"method and instrument information"
	,"Row":	0
	,"id":	"09fdee91"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	39
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"09fdee91"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	42
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"09fdee91"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"09fdee91"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM ID code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"09fdee91"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"09fdee91"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"09fdee91"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"09fdee91"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"09fdee91"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"09fdee91"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"09fdee91"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"09fdee91"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"09fdee91"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
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	"header1":	null
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{
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{
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	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
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{
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	,"hint":	"(oecd list, and others)"
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{
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	,"Annotation":	"endpoint_assay"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
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	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
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{
	"header1":	null
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{
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	,"endpoint":	"cytotoxicity"
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{
	"header1":	null
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{
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{
	"header1":	null
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{
	"header1":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"seeding "
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	,"hint":	"(cells number/well)"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"cytotoxicity"
	,"unit":	"µg/ml\r"
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	,"hint":	null
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{
	"header1":	null
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{
	"header1":	null
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	,"endpoint":	"cytotoxicity"
	,"unit":	"h\r"
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	,"hint":	null
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{
	"header1":	null
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	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
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	,"hint":	" (ex: cdso4, benzalkonium chloride, etc...)"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
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	,"Column":	37
	,"hint":	"ex: 0, 37.5, 75, 100, 125 and 150)"
	,"Value":	"positive control tested concentrations  (µm) (ex: 0, 37.5, 75, 100, 125 and 150)"
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{
	"header1":	null
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	,"hint":	null
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{
	"header1":	null
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	,"Annotation":	"results"
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	,"hint":	null
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{
	"header1":	null
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	,"Annotation":	"results"
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	,"unit":	"%/control\r"
	,"cleanedvalue":	"values"
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	,"hint":	null
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	,"id":	"5352a866"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
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	,"hint":	"SD"
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	,"id":	"5352a866"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
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	,"hint":	null
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	,"id":	"5352a866"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
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	,"id":	"5352a866"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_CYTOTOXICITY.xlsx"
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{
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	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"5352a866"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"cytotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"5352a866"
	,"JSON_LEVEL3":	null
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{
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	,"Folder":	"JRCTEMPLATES_102016"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
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	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
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	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
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	,"id":	"38572870"
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	,"Sheet":	"chromosomal damage in vitro"
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	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
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	,"unit":	"\r"
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	,"hint":	null
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	,"File":	"INVITRO_GENOTOXICITY.xlsx"
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	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"38572870"
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	,"Sheet":	"chromosomal damage in vitro"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
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	,"hint":	null
	,"Value":	"vial number"
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	,"id":	"38572870"
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	,"Sheet":	"chromosomal damage in vitro"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
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	,"hint":	"NM supplier"
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	,"id":	"38572870"
	,"JSON_LEVEL3":	null
	,"Sheet":	"chromosomal damage in vitro"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
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	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
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	,"id":	"38572870"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"chromosomal damage in vitro"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
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{
	"header1":	null
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	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
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	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"38572870"
	,"JSON_LEVEL3":	null
	,"Sheet":	"chromosomal damage in vitro"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
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	,"id":	"38572870"
	,"JSON_LEVEL3":	null
	,"Sheet":	"chromosomal damage in vitro"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
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	,"hint":	" (internal reference)"
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	,"Sheet":	"chromosomal damage in vitro"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
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	,"hint":	null
	,"Value":	"reporting organisation"
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	,"id":	"38572870"
	,"JSON_LEVEL3":	null
	,"Sheet":	"chromosomal damage in vitro"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"38572870"
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	,"Sheet":	"chromosomal damage in vitro"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
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	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"date of preparation"
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	,"File":	"INVITRO_GENOTOXICITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"hint":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
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	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
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{
	"header1":	null
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	,"Annotation":	"endpoint_assay"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
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	,"hint":	"(oecd list, and others)"
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	,"File":	"INVITRO_GENOTOXICITY.xlsx"
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	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
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{
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	,"Annotation":	"endpoint_assay"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
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	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
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{
	"header1":	null
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	,"Annotation":	"header1"
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	,"hint":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"ng/ml\r"
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	,"hint":	null
	,"Value":	"particle concentration (ng/ml)"
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	,"JSON_LEVEL3":	null
	,"Sheet":	"chromosomal damage in vitro"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"h\r"
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	,"hint":	null
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	,"Sheet":	"chromosomal damage in vitro"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"micronucleated cells"
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	,"hint":	null
	,"Value":	"micronucleated cells"
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	,"JSON_LEVEL3":	null
	,"Sheet":	"chromosomal damage in vitro"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
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	,"hint":	"Standard deviation"
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	,"id":	"38572870"
	,"JSON_LEVEL3":	null
	,"Sheet":	"chromosomal damage in vitro"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"38572870"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
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	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
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	,"id":	"38572870"
	,"JSON_LEVEL3":	null
	,"Sheet":	"chromosomal damage in vitro"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
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{
	"header1":	null
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	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
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	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"38572870"
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	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
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	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"38572870"
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	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
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	,"unit":	"\r"
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	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
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	"header1":	null
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	"header1":	null
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	,"hint":	"NM supplier"
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	"header1":	null
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	,"hint":	"(indicate here the reference number of the vial used)"
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	,"hint":	" (internal reference)"
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	,"endpoint":	"genotoxicity"
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	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
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	,"cleanedvalue":	"electrophoresis time"
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	,"hint":	null
	,"Value":	"electrophoresis time (min)"
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	,"id":	"568f2673"
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	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
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	,"JSON_LEVEL2":	"PARAMETERS"
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	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"v/cm\r"
	,"cleanedvalue":	"electrophoresis voltage gradient"
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	,"hint":	null
	,"Value":	"electrophoresis voltage gradient (v/cm)"
	,"Row":	1
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"any deviations from standard protocol"
	,"Column":	38
	,"hint":	null
	,"Value":	"any deviations from standard protocol"
	,"Row":	1
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"genotoxicity"
	,"unit":	"%\r"
	,"cleanedvalue":	"% of dna in tail"
	,"Column":	39
	,"hint":	null
	,"Value":	"% of dna in tail"
	,"Row":	1
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"as mean or median"
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	,"hint":	null
	,"Value":	"as mean or mdian"
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	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"genotoxicity"
	,"unit":	"% tail\r"
	,"cleanedvalue":	"lysis only - strand breaks"
	,"Column":	41
	,"hint":	null
	,"Value":	"lysis only - strand breaks (% tail)"
	,"Row":	1
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"genotoxicity"
	,"unit":	"% tail\r"
	,"cleanedvalue":	"buffer incubation"
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	,"hint":	null
	,"Value":	"buffer incubation (% tail)"
	,"Row":	1
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"genotoxicity"
	,"unit":	"% tail\r"
	,"cleanedvalue":	"fpg incubation"
	,"Column":	43
	,"hint":	null
	,"Value":	"fpg incubation (% tail)"
	,"Row":	1
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"genotoxicity"
	,"unit":	"% tail\r"
	,"cleanedvalue":	"net fpg sites"
	,"Column":	44
	,"hint":	null
	,"Value":	"net fpg sites (% tail)"
	,"Row":	1
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	45
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	25
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	26
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"568f2673"
	,"JSON_LEVEL3":	null
	,"Sheet":	"COMET"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"method and instrument information"
	,"Column":	17
	,"hint":	null
	,"Value":	"method and instrument information"
	,"Row":	0
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	43
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	51
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	17
	,"hint":	null
	,"Value":	"size distribution"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of samples/experiments"
	,"Column":	27
	,"hint":	null
	,"Value":	"number of samples/experiments"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"cell type"
	,"Column":	28
	,"hint":	null
	,"Value":	"cell type"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"passage number"
	,"Column":	29
	,"hint":	null
	,"Value":	"pass number"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"culture medium composition"
	,"Column":	30
	,"hint":	null
	,"Value":	"culture medium composition"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"plate"
	,"Column":	31
	,"hint":	" (e.g. 24 wells)"
	,"Value":	"plate (e.g. 24 wells)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"volume incubation medium/well"
	,"Column":	32
	,"hint":	null
	,"Value":	"volume incubation medium/well"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"seeding"
	,"Column":	33
	,"hint":	"(cells number/well)"
	,"Value":	"seeding (cells number/well)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"h\r"
	,"cleanedvalue":	"preincubation time"
	,"Column":	34
	,"hint":	null
	,"Value":	"preincubation time (h)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"exposure concentration "
	,"Column":	35
	,"hint":	null
	,"Value":	"exposure concentration (µg/ml)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"µg/cm²\r"
	,"cleanedvalue":	"calculated exposure concentration "
	,"Column":	36
	,"hint":	null
	,"Value":	"calculated exposure concentration (µg/cm²)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"µg/cm²\r"
	,"cleanedvalue":	"cyt b concentration"
	,"Column":	37
	,"hint":	null
	,"Value":	"cyt b concentration (µg/cm²)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"reference (-ve)"
	,"Column":	38
	,"hint":	null
	,"Value":	"reference (-ve)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"concentration "
	,"Column":	39
	,"hint":	"concentration (unit??)"
	,"Value":	"concentration (unit??)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"reference (+ve)"
	,"Column":	40
	,"hint":	null
	,"Value":	"reference (+ve)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"concentration "
	,"Column":	41
	,"hint":	"concentration (unit??)"
	,"Value":	"concentration (unit??)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"replication index"
	,"Column":	42
	,"hint":	null
	,"Value":	"replication index"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of cells scored"
	,"Column":	43
	,"hint":	null
	,"Value":	"number of cells scored"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"cytokinesis block replication index"
	,"Column":	44
	,"hint":	null
	,"Value":	"cytokinesis block replication index"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of cells scored"
	,"Column":	45
	,"hint":	null
	,"Value":	"number of cells scored"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"genotoxicity"
	,"unit":	"%\r"
	,"cleanedvalue":	"% micronucleus reference (-ve)"
	,"Column":	46
	,"hint":	null
	,"Value":	"% micronucleus reference (-ve)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"genotoxicity"
	,"unit":	"%\r"
	,"cleanedvalue":	"% micronucleus reference (-ve)"
	,"Column":	47
	,"hint":	null
	,"Value":	"% micronucleus reference (+ve)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"genotoxicity"
	,"unit":	"%\r"
	,"cleanedvalue":	"% micronucleus nm"
	,"Column":	48
	,"hint":	null
	,"Value":	"% micronucleus nm"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"genotoxicity"
	,"unit":	"%/control\r"
	,"cleanedvalue":	"values"
	,"Column":	49
	,"hint":	null
	,"Value":	"values (%/control)"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"data range"
	,"Column":	50
	,"hint":	null
	,"Value":	"data range"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	51
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Micronucleus"
	,"File":	"INVITRO_GENOTOXICITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"genotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	25
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"35ceaf2d"
	,"JSON_LEVEL3":	null
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	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	17
	,"hint":	null
	,"Value":	"size distribution"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"cell type"
	,"Column":	27
	,"hint":	null
	,"Value":	"cell type"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"culture medium composition"
	,"Column":	28
	,"hint":	null
	,"Value":	"culture medium composition"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"positive control apoptosis"
	,"Column":	29
	,"hint":	" (ctrl 1)"
	,"Value":	"positive control apoptosis (ctrl 1)"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"positive control necrosis"
	,"Column":	30
	,"hint":	" (ctrl 2)"
	,"Value":	"positive control necrosis    (ctrl 2)"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"cell pass"
	,"Column":	31
	,"hint":	null
	,"Value":	"cell pass"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"plate"
	,"Column":	32
	,"hint":	" (e.g. 24 wells)"
	,"Value":	"plate (e.g. 24 wells)"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of cells/well"
	,"Column":	33
	,"hint":	null
	,"Value":	"number cell per well"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"ml\r"
	,"cleanedvalue":	"well volume"
	,"Column":	34
	,"hint":	null
	,"Value":	"well volume (ml)"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time with nm/ctrl"
	,"Column":	35
	,"hint":	null
	,"Value":	"incubation time with nm/ctrl (h)"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	36
	,"hint":	"assay/method"
	,"Value":	"assay/method"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"kit provider"
	,"Column":	37
	,"hint":	"(if available)"
	,"Value":	"kit provider (if available) (mg/ml)"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"nm / ctrl concentration "
	,"Column":	38
	,"hint":	null
	,"Value":	"nm / ctrl concentration"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"%annexinv+pi-"
	,"Column":	39
	,"hint":	null
	,"Value":	"%annexinv+pi-"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"%annexinv-pi+"
	,"Column":	40
	,"hint":	null
	,"Value":	"%annexinv-pi+"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"%annexinv+pi+"
	,"Column":	41
	,"hint":	null
	,"Value":	"%annexinv+pi+"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"%annexinv-pi-"
	,"Column":	42
	,"hint":	null
	,"Value":	"%annexinv-pi-"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	43
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"f0b7f9ba"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Apoptosis"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"f0b7f9ba"
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	"header1":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"hint":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
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	,"hint":	"Standard operation procedure"
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	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
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	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
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	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
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	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
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	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"vial number"
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	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
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	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
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	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
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	,"hint":	" (internal reference)"
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	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
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	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
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	,"hint":	null
	,"Value":	"operator"
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	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
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	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"date of analysis"
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	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
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	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
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	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
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	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
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	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
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	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"size distribution"
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	,"id":	"d8bfc063"
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	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"cell type"
	,"Column":	27
	,"hint":	null
	,"Value":	"cell type"
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	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"culture medium composition"
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	,"hint":	null
	,"Value":	"culture medium composition"
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	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"positive control "
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	,"hint":	null
	,"Value":	"positive control (mg/ml)"
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	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
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	,"Column":	30
	,"hint":	null
	,"Value":	"cell pass"
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	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"plate"
	,"Column":	31
	,"hint":	" (e.g. 24 wells)"
	,"Value":	"plate (e.g. 24 wells)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of cells/well"
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	,"hint":	null
	,"Value":	"number cell per well"
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	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"ml\r"
	,"cleanedvalue":	"well volume"
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	,"hint":	null
	,"Value":	"well volume (ml)"
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	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time with nm/ctrl"
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	,"hint":	null
	,"Value":	"incubation time with nm/ctrl (h)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"method"
	,"Column":	35
	,"hint":	" (e.g. elisa)"
	,"Value":	"method (e.g. elisa)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"kit provider"
	,"Column":	36
	,"hint":	" (if available)"
	,"Value":	"kit provider (if available)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"NM tested concentration"
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	,"hint":	null
	,"Value":	"nm tested concentration (mg/ml)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"cytokine #1"
	,"Column":	38
	,"hint":	" (e.g. il-6)"
	,"Value":	"cytokine #1 (e.g. il-6)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"pg/ml\r"
	,"cleanedvalue":	"result"
	,"Column":	39
	,"hint":	null
	,"Value":	"result (pg/ml)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	40
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"cytokine #2"
	,"Column":	41
	,"hint":	" (e.g. tnfα)"
	,"Value":	"cytokine #2"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"pg/ml\r"
	,"cleanedvalue":	"result"
	,"Column":	42
	,"hint":	null
	,"Value":	"result (pg/ml)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	43
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"cytokine #3"
	,"Column":	44
	,"hint":	"(e.g. il-10)"
	,"Value":	"cytokine #3 (e.g. il-10)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"pg/ml\r"
	,"cleanedvalue":	"result"
	,"Column":	45
	,"hint":	null
	,"Value":	"result (pg/ml)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	46
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"cytokine #4"
	,"Column":	47
	,"hint":	"(e.g. il-12)"
	,"Value":	"cytokine #4 (e.g. il-12)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"pg/ml\r"
	,"cleanedvalue":	"result"
	,"Column":	48
	,"hint":	null
	,"Value":	"result (pg/ml)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	49
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	50
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	25
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	26
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"d8bfc063"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cytokine secretion"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"method and instrument information"
	,"Column":	17
	,"hint":	null
	,"Value":	"method and instrument information"
	,"Row":	0
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	38
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	40
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
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	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
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	,"hint":	null
	,"Value":	"date of analysis"
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	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
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	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
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	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"651fa449"
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	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"positive control"
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	,"hint":	null
	,"Value":	"positive control (mg/ml)"
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	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"cell pass"
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	,"hint":	null
	,"Value":	"cell pass"
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	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"plate"
	,"Column":	31
	,"hint":	" (e.g. 24 wells)"
	,"Value":	"plate (e.g. 24 wells)"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
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	,"hint":	null
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	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"ml\r"
	,"cleanedvalue":	"well volume"
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	,"hint":	null
	,"Value":	"well volume (ml)"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time with nm/ctrl"
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	,"hint":	null
	,"Value":	"incubation time with nm/ctrl (h)"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"method"
	,"Column":	35
	,"hint":	" (e.g. greiss reagent)"
	,"Value":	"method (e.g. greiss reagent)"
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	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"NM tested concentration"
	,"Column":	36
	,"hint":	null
	,"Value":	"nm tested concentration (mg/ml)"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"number of replicates"
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	,"hint":	null
	,"Value":	"number of replicates"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"μm\r"
	,"cleanedvalue":	"mean value of no"
	,"Column":	38
	,"hint":	null
	,"Value":	"mean value of no (μm)"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	39
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty  (sd)"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	40
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	25
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"immunotoxicity"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	26
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"651fa449"
	,"JSON_LEVEL3":	null
	,"Sheet":	"NO production"
	,"File":	"INVITRO_IMMUNOTOX.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"method and instrument information"
	,"Column":	17
	,"hint":	null
	,"Value":	"method and instrument information"
	,"Row":	0
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	30
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	35
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	17
	,"hint":	null
	,"Value":	"size distribution"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"aerosolisation method"
	,"Column":	27
	,"hint":	null
	,"Value":	"aerosolisation method"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"edx model and acquisition conditions"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"exposure system"
	,"Column":	28
	,"hint":	"(e.g. nose-only or whole body)"
	,"Value":	"exposure system"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"instrument"
	,"Column":	29
	,"hint":	null
	,"Value":	"instrument"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"size distribution  (as measured with other tecniques)"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"mass concentration"
	,"Column":	30
	,"hint":	null
	,"Value":	"mass concentration"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	32
	,"hint":	null
	,"Value":	"size distribution"
	,"Row":	1
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	25
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	26
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"mg/m3\r"
	,"cleanedvalue":	"mass concentration"
	,"Column":	30
	,"hint":	null
	,"Value":	"mass concentration (mg/m3)"
	,"Row":	2
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"mg/m3\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	31
	,"hint":	"sd mass concentration (mg/m3)"
	,"Value":	"sd mass concentration (mg/m3)"
	,"Row":	2
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"nm\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	32
	,"hint":	null
	,"Value":	"value  (nm)"
	,"Row":	2
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"nm\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	33
	,"hint":	"SD"
	,"Value":	"sd  (nm)"
	,"Row":	2
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"GSD"
	,"Column":	34
	,"hint":	"gsd  (if applicable)"
	,"Value":	"gsd  (if applicable)"
	,"Row":	2
	,"id":	"a5979c98"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aerosol Characterisation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"method and instrument information"
	,"Column":	17
	,"hint":	null
	,"Value":	"method and instrument information"
	,"Row":	0
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
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	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	36
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	17
	,"hint":	null
	,"Value":	"size distribution"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"supports"
	,"Column":	27
	,"hint":	null
	,"Value":	"supports"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"exposure conditions"
	,"Column":	28
	,"hint":	null
	,"Value":	"exposure conditions"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"exposure concentration "
	,"Column":	29
	,"hint":	null
	,"Value":	"exposure concentration (µg/ml)"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"h\r"
	,"cleanedvalue":	"exposure time"
	,"Column":	30
	,"hint":	null
	,"Value":	"exposure time (h)"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"technique"
	,"Column":	31
	,"hint":	null
	,"Value":	"technique"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"number of samples/experiments"
	,"Column":	32
	,"hint":	null
	,"Value":	"number of samples / experiments"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"parameter"
	,"Column":	33
	,"hint":	null
	,"Value":	"parameter"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"values"
	,"Column":	34
	,"hint":	"(size, number of agglomerate/cm² ?)"
	,"Value":	"values  (size, number of agglomerate/cm² ?)"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	35
	,"hint":	"SD"
	,"Value":	"sd"
	,"Row":	1
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"b1d833c7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
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{
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	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
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	,"hint":	null
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	,"id":	"b1d833c7"
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	,"File":	"INVITRO_NMDEPOSITION.xlsx"
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{
	"header1":	null
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	,"Sheet":	"Aspect of deposit"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
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	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
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	,"id":	"40699bc7"
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	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"40699bc7"
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	,"Sheet":	"TEM observation"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
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	,"hint":	null
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	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
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	,"hint":	"Standard operation procedure"
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	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
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	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	17
	,"hint":	null
	,"Value":	"size distribution"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"observation of intracellular nps"
	,"Column":	27
	,"hint":	"(yes/no)"
	,"Value":	"observation of intracellular nps (yes/no)"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"number of replicates"
	,"Column":	28
	,"hint":	null
	,"Value":	"number of replicates"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"number of replicates containing intracellular nps"
	,"Column":	29
	,"hint":	null
	,"Value":	"number of replicates containing intracellular nps"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"nm\r"
	,"cleanedvalue":	"size"
	,"Column":	30
	,"hint":	null
	,"Value":	"size (nm)"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"shape"
	,"Column":	32
	,"hint":	null
	,"Value":	"shape"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"surface topology"
	,"Column":	33
	,"hint":	null
	,"Value":	"surface topology"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	35
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
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	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	25
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	26
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"ECD"
	,"Column":	30
	,"hint":	null
	,"Value":	"ecd"
	,"Row":	2
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"aspect ratio"
	,"Column":	32
	,"hint":	null
	,"Value":	"aspect ratio"
	,"Row":	2
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"convexity"
	,"Column":	33
	,"hint":	null
	,"Value":	"convexity"
	,"Row":	2
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"solidity"
	,"Column":	34
	,"hint":	null
	,"Value":	"solidity"
	,"Row":	2
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"feret min"
	,"Column":	30
	,"hint":	null
	,"Value":	"feret min"
	,"Row":	3
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"nanomaterial deposition / aerosol characterisation"
	,"unit":	"\r"
	,"cleanedvalue":	"feret max"
	,"Column":	31
	,"hint":	null
	,"Value":	"feret max"
	,"Row":	3
	,"id":	"40699bc7"
	,"JSON_LEVEL3":	null
	,"Sheet":	"TEM observation"
	,"File":	"INVITRO_NMDEPOSITION.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"epithelial barrier integrity"
	,"unit":	"\r"
	,"cleanedvalue":	"method and instrument information"
	,"Column":	27
	,"hint":	null
	,"Value":	"method and instrument information"
	,"Row":	0
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	37
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	41
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	1
	,"id":	"528f14af"
	,"JSON_LEVEL3":	null
	,"Sheet":	"hemolysis"
	,"File":	"INVITRO_OCCULARIRRITATON.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"occular (eye) irritation"
	,"unit":	"h\r"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"3239c6c0"
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"cell type"
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	,"hint":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	" (e.g. 24 wells)"
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{
	"header1":	null
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	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	"(cells number/well)"
	,"Value":	"seeding  (cells number/well)"
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"exposure concentration "
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	,"hint":	null
	,"Value":	"exposure concentration  (µg/ml)"
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	,"id":	"3239c6c0"
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/cm²\r"
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	,"hint":	null
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	,"id":	"3239c6c0"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"h\r"
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	,"hint":	null
	,"Value":	"exposure time (h)"
	,"Row":	1
	,"id":	"3239c6c0"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"positive control"
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	,"hint":	null
	,"Value":	"positive control"
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	,"id":	"3239c6c0"
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µm\r"
	,"cleanedvalue":	"positive control tested concentrations"
	,"Column":	37
	,"hint":	"ex: 0, 37.5, 75, 100, 125 and 150)"
	,"Value":	"positive control tested concentrations  (µm) (ex: 0, 37.5, 75, 100, 125 and 150)"
	,"Row":	1
	,"id":	"3239c6c0"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"number of samples/experiments"
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	,"hint":	null
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	,"id":	"3239c6c0"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"corresponding dose/surface"
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	,"hint":	null
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	,"Row":	1
	,"id":	"3239c6c0"
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"IC50"
	,"Column":	40
	,"hint":	"NM ic50"
	,"Value":	"nm ic50"
	,"Row":	1
	,"id":	"3239c6c0"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"%/control\r"
	,"cleanedvalue":	"values"
	,"Column":	41
	,"hint":	null
	,"Value":	"values  (%/control)"
	,"Row":	1
	,"id":	"3239c6c0"
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
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	,"hint":	"SD"
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
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	,"hint":	null
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	,"id":	"3239c6c0"
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"3239c6c0"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"3239c6c0"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"3239c6c0"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"3239c6c0"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Alamar blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"3239c6c0"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"3239c6c0"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"3239c6c0"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
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	,"id":	"3239c6c0"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	25
	,"hint":	null
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	,"id":	"3239c6c0"
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	"Standard deviation"
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"method and instrument information"
	,"Column":	17
	,"hint":	null
	,"Value":	"method and instrument information"
	,"Row":	0
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
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	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	42
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	46
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
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	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
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	,"id":	"3ec90443"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
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	,"cleanedvalue":	"use of dispersant"
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	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
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	,"id":	"3ec90443"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
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	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	" (internal reference)"
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	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"3ec90443"
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	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"operator"
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	,"id":	"3ec90443"
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
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	,"hint":	null
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	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
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	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
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	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
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	,"hint":	null
	,"Value":	"size distribution"
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	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
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	,"hint":	null
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	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
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{
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	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
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	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
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	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
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	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
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	,"hint":	null
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	,"Row":	2
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
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	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
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	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
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	,"hint":	"Standard deviation"
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	,"Row":	2
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"3ec90443"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	"Standard deviation"
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	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"3ec90443"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
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	,"hint":	null
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	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"culture medium"
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	,"hint":	null
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	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"well plate size"
	,"Column":	30
	,"hint":	"(e.g.: 6-, 18-, 24-well plate, ...)"
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	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"volume information medium/well"
	,"Column":	31
	,"hint":	null
	,"Value":	"volume information medium/well"
	,"Row":	2
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"seeding "
	,"Column":	32
	,"hint":	"(cells/well)"
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	,"Row":	2
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"exposure concentration "
	,"Column":	33
	,"hint":	null
	,"Value":	"exposure concentration  (µg/ml)"
	,"Row":	2
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"units"
	,"Column":	34
	,"hint":	null
	,"Value":	"units"
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	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"UNITS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/cm²\r"
	,"cleanedvalue":	"calculated exposure concentration "
	,"Column":	35
	,"hint":	null
	,"Value":	"calculated exposure concentration (µg/cm²)"
	,"Row":	2
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"h\r"
	,"cleanedvalue":	"exposure time"
	,"Column":	36
	,"hint":	null
	,"Value":	"exposure time (h)"
	,"Row":	2
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"positive control"
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	,"hint":	null
	,"Value":	"positive control"
	,"Row":	2
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"μg/ml\r"
	,"cleanedvalue":	"concentration "
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	,"hint":	null
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	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
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	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"corresponding dose/surface"
	,"Column":	39
	,"hint":	null
	,"Value":	"corresponding dose/surface"
	,"Row":	2
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"mean number of colonies"
	,"Column":	40
	,"hint":	null
	,"Value":	"mean number of colonies"
	,"Row":	2
	,"id":	"3ec90443"
	,"JSON_LEVEL3":	null
	,"Sheet":	"CFE"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
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	,"id":	"9a661850"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
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	,"id":	"9a661850"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
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	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"9a661850"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Impedence_flow cytom"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
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	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"9a661850"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Impedence_flow cytom"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
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	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"9a661850"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Impedence_flow cytom"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
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	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
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	,"id":	"9a661850"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	"Standard deviation"
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	,"id":	"9a661850"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Impedence_flow cytom"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
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	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"9a661850"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Impedence_flow cytom"
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	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	"Standard deviation"
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	,"id":	"9a661850"
	,"JSON_LEVEL3":	null
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	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
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	,"hint":	null
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	,"id":	"c0f26199"
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	,"File":	"INVITRO_VIABILITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
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	,"hint":	null
	,"Value":	"results"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	45
	,"hint":	"Standard operation procedure"
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	,"Row":	0
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
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	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
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	,"hint":	null
	,"Value":	"size distribution"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"cell type"
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	,"hint":	null
	,"Value":	"cell type"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"passage number"
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	,"hint":	null
	,"Value":	"pass number"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"culture medium composition"
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	,"hint":	null
	,"Value":	"culture medium composition"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"plate"
	,"Column":	30
	,"hint":	" (e.g. 24 wells)"
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	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"volume information medium/well"
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	,"hint":	null
	,"Value":	"volume information medium/well"
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	,"JSON_LEVEL3":	null
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"seeding "
	,"Column":	32
	,"hint":	"(cells number/well)"
	,"Value":	"seeding  (cells number/well)"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"exposure concentration "
	,"Column":	33
	,"hint":	null
	,"Value":	"exposure concentration  (µg/ml)"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/cm²\r"
	,"cleanedvalue":	"calculated exposure concentration "
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	,"hint":	null
	,"Value":	"calculated exposure concentration (µg/cm²)"
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{
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	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
	,"unit":	"h\r"
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	,"hint":	null
	,"Value":	"exposure time (h)"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µm\r"
	,"cleanedvalue":	"positive control tested concentrations"
	,"Column":	37
	,"hint":	"ex: 0, 37.5, 75, 100, 125 and 150)"
	,"Value":	"positive control tested concentrations  (µm) (ex: 0, 37.5, 75, 100, 125 and 150)"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"corresponding dose/surface"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"mean absorbance"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"IC50"
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	,"hint":	"test item result (ic50)"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"IC50 (reference)"
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	,"hint":	"reference item result (ic50)"
	,"Value":	"reference item result (ic50)"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"%/control\r"
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	,"hint":	null
	,"Value":	"values (%/control)"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
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	,"hint":	"SD"
	,"Value":	"sd"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	45
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
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	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	25
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
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	,"id":	"c0f26199"
	,"JSON_LEVEL3":	null
	,"Sheet":	"LDH"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"method and instrument information"
	,"Column":	17
	,"hint":	null
	,"Value":	"method and instrument information"
	,"Row":	0
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	39
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	null
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	44
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
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	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
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	,"endpoint":	"viability"
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	,"hint":	null
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{
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	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
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	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
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	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
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	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
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	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"c6a67eea"
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	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
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{
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	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
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	,"id":	"c6a67eea"
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{
	"header1":	null
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	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
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	,"hint":	null
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	,"id":	"c6a67eea"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"plate"
	,"Column":	30
	,"hint":	" (e.g. 24 wells)"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"seeding"
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	,"hint":	"(cells number per well)"
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	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"number of technical replicates per conditions"
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	,"hint":	null
	,"Value":	"number of technical replicates per conditions"
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	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/cm²\r"
	,"cleanedvalue":	"calculated exposure concentration "
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	,"hint":	null
	,"Value":	"calculated nps exposure concentration (µg/cm²)"
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	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"h\r"
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	,"hint":	null
	,"Value":	"exposure time (h)"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"positive control"
	,"Column":	36
	,"hint":	" (ex: cdso4, benzalkonium chloride, etc...)"
	,"Value":	"positive control (ex: cdso4, benzalkonium chloride, etc...)"
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	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µm\r"
	,"cleanedvalue":	"positive control tested concentrations"
	,"Column":	37
	,"hint":	"ex: 0, 37.5, 75, 100, 125 and 150)"
	,"Value":	"positive control tested concentrations  (µm) (ex: 0, 37.5, 75, 100, 125 and 150)"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"IC50 (positive control )"
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	,"hint":	"positive control ic50"
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	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"NM tested concentration"
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	,"hint":	null
	,"Value":	"nps tested concentrations (µg/ml)"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"µg/cm²\r"
	,"cleanedvalue":	"corresponding dose/surface"
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	,"hint":	null
	,"Value":	"corresponding dose/surface unit  (µg/cm2)"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"%\r"
	,"cleanedvalue":	"percentage of viability nps treated cells"
	,"Column":	41
	,"hint":	"(normalized to non treated cells -ctl-)"
	,"Value":	"percentage of viability nps treated cells (normalized to non treated cells -ctl-)"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	42
	,"hint":	"SD"
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	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"IC50"
	,"Column":	43
	,"hint":	"nps ic50 (µg/ml)"
	,"Value":	"nps ic50 (µg/ml)"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
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	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
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	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
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	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
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	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
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	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
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	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
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	,"hint":	null
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	,"Row":	2
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
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	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
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	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
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	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
	,"Sheet":	"MTS"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	25
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"c6a67eea"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
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	,"hint":	"Standard deviation"
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	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"method and instrument information"
	,"Column":	17
	,"hint":	null
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	,"id":	"330f1888"
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	,"File":	"INVITRO_VIABILITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	39
	,"hint":	null
	,"Value":	"results"
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	,"id":	"330f1888"
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	null
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	43
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
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	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"id":	"330f1888"
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	"header1":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
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	,"hint":	"(indicate here the reference number of the vial used)"
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	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
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	,"hint":	" (internal reference)"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"330f1888"
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
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	,"hint":	null
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	,"id":	"330f1888"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
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	,"hint":	null
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	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
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	,"hint":	null
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	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
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	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
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	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
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	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
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	,"hint":	"(oecd list, and others)"
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	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
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	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
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	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
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	,"Row":	1
	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"size distribution"
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	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
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{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"cell type"
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	,"hint":	null
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	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"passage number"
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	,"hint":	null
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	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"culture medium composition"
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	,"hint":	null
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	,"id":	"330f1888"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"plate"
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	,"hint":	" (e.g. 24 wells)"
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	,"Sheet":	"Neutral red"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
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	,"hint":	null
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	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"seeding "
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	,"hint":	"(cells number/well)"
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	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"exposure concentration "
	,"Column":	33
	,"hint":	null
	,"Value":	"exposure concentration  (µg/ml)"
	,"Row":	1
	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/cm²\r"
	,"cleanedvalue":	"calculated exposure concentration "
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	,"hint":	null
	,"Value":	"calculated exposure concentration (µg/cm²)"
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	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"h\r"
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	,"Column":	35
	,"hint":	null
	,"Value":	"exposure time (h)"
	,"Row":	1
	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"positive control"
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	,"hint":	null
	,"Value":	"positive control"
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	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µm\r"
	,"cleanedvalue":	"positive control tested concentrations"
	,"Column":	37
	,"hint":	"ex: 0, 37.5, 75, 100, 125 and 150)"
	,"Value":	"positive control tested concentrations  (µm) (ex: 0, 37.5, 75, 100, 125 and 150)"
	,"Row":	1
	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
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	,"hint":	null
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	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"corresponding dose/surface"
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	,"hint":	null
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	,"Row":	1
	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"IC50"
	,"Column":	40
	,"hint":	"NM ic50"
	,"Value":	"nm ic50"
	,"Row":	1
	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"%/control\r"
	,"cleanedvalue":	"values"
	,"Column":	41
	,"hint":	null
	,"Value":	"values  (%/control)"
	,"Row":	1
	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	42
	,"hint":	"SD"
	,"Value":	"sd"
	,"Row":	1
	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	43
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"330f1888"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Neutral red"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
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	,"hint":	null
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	,"cleanedvalue":	"positive control tested concentrations"
	,"Column":	37
	,"hint":	"ex: 0, 37.5, 75, 100, 125 and 150)"
	,"Value":	"positive control tested concentrations  (µm) (ex: 0, 37.5, 75, 100, 125 and 150)"
	,"Row":	1
	,"id":	"d9b0255f"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"number of samples/experiments"
	,"Column":	38
	,"hint":	null
	,"Value":	"number of samples/experiments"
	,"Row":	1
	,"id":	"d9b0255f"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"corresponding dose/surface"
	,"Column":	39
	,"hint":	null
	,"Value":	"corresponding dose/surface"
	,"Row":	1
	,"id":	"d9b0255f"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"%/control\r"
	,"cleanedvalue":	"values"
	,"Column":	40
	,"hint":	null
	,"Value":	"values  (%/control)"
	,"Row":	1
	,"id":	"d9b0255f"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	41
	,"hint":	"SD"
	,"Value":	"sd"
	,"Row":	1
	,"id":	"d9b0255f"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	42
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"d9b0255f"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"d9b0255f"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"d9b0255f"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"d9b0255f"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"d9b0255f"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"d9b0255f"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"d9b0255f"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"d9b0255f"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"d9b0255f"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	25
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"d9b0255f"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	26
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"d9b0255f"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Resazurin"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"method and instrument information"
	,"Column":	17
	,"hint":	null
	,"Value":	"method and instrument information"
	,"Row":	0
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	51
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	60
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	17
	,"hint":	null
	,"Value":	"size distribution"
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	,"id":	"08ecd8ac"
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	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
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	,"Column":	27
	,"hint":	"(e.g. xcelligence)"
	,"Value":	"instrument model  (e.g. xcelligence)"
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	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
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	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"h\r"
	,"cleanedvalue":	"pre-exposure time"
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	,"hint":	null
	,"Value":	"pre-exposure time (h)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"h\r"
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	,"hint":	null
	,"Value":	"exposure duration  (h)"
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	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
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	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"cell type"
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	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
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	,"hint":	null
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	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
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	,"hint":	null
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	,"id":	"08ecd8ac"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"Column":	33
	,"hint":	"(e.g. % of pen/strep/fungicide...)"
	,"Value":	"other culture media additives (e.g. % of pen/strep/fungicide...)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"well plate size"
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	,"hint":	"(e.g.: 16-well plate)"
	,"Value":	"well plate size  (e.g.: 16-well plate)"
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	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
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	,"hint":	null
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	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
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	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
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	,"hint":	null
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	,"id":	"08ecd8ac"
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	,"Sheet":	"RT- Impedence_adherence cell"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
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	,"cleanedvalue":	" control concentration"
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	,"hint":	null
	,"Value":	"control concentration (µg/ml)"
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	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
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	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
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	,"hint":	null
	,"Value":	"tested concentration 1 (µg/ml)"
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	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/ml\r"
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	,"Column":	40
	,"hint":	null
	,"Value":	"tested concentration 1 (µg/ml)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"tested concentration 3"
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	,"hint":	null
	,"Value":	"tested concentration 1 (µg/ml)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"tested concentration 4"
	,"Column":	42
	,"hint":	null
	,"Value":	"tested concentration 1 (µg/ml)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/ml\r"
	,"cleanedvalue":	"tested concentration 5"
	,"Column":	43
	,"hint":	null
	,"Value":	"tested concentration 1 (µg/ml)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/cm2\r"
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	,"hint":	null
	,"Value":	"control concentration (µg/cm2)"
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	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
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	,"JSON_LEVEL2":	"CONDITIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/cm2\r"
	,"cleanedvalue":	"tested concentration 1"
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	,"hint":	null
	,"Value":	"tested concentration 1 (µg/cm2)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/cm2\r"
	,"cleanedvalue":	"tested concentration 2"
	,"Column":	46
	,"hint":	null
	,"Value":	"tested concentration 2 (µg/cm2)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/cm2\r"
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	,"hint":	null
	,"Value":	"tested concentration 3 (µg/cm2)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/cm2\r"
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	,"hint":	null
	,"Value":	"tested concentration 4 (µg/cm2)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/cm2\r"
	,"cleanedvalue":	"tested concentration 5"
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	,"hint":	null
	,"Value":	"tested concentration 5 (µg/cm2)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"reference concentration used for normalization"
	,"Column":	50
	,"hint":	" (e.g. control)"
	,"Value":	"reference concentration used for normalization (e.g. control)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"CONDITIONS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"%\r"
	,"cleanedvalue":	"normalized post-exposure cell index 1"
	,"Column":	51
	,"hint":	null
	,"Value":	"normalized post-exposure cell index 1  (%)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	52
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty  (sd)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"%\r"
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	,"hint":	null
	,"Value":	"normalized post-exposure cell index 2  (%)"
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	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
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	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty  (sd)"
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	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"%\r"
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	,"hint":	null
	,"Value":	"normalized post-exposure cell index 3  (%)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"Column":	56
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty  (sd)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"%\r"
	,"cleanedvalue":	"normalized post-exposure cell index 4"
	,"Column":	57
	,"hint":	null
	,"Value":	"normalized post-exposure cell index 4  (%)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	58
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty  (sd)"
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	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"%\r"
	,"cleanedvalue":	"normalized post-exposure cell index 5"
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	,"hint":	null
	,"Value":	"normalized post-exposure cell index 5  (%)"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	60
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"08ecd8ac"
	,"JSON_LEVEL3":	null
	,"Sheet":	"RT- Impedence_adherence cell"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
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	,"endpoint":	"viability"
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	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
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{
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	,"id":	"08ecd8ac"
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{
	"header1":	null
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	,"endpoint":	"viability"
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	,"hint":	null
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	,"id":	"08ecd8ac"
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	,"hint":	null
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	,"hint":	"Standard deviation"
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	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
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	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
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	,"id":	"cf49b364"
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	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"nm chemistry (core)"
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	,"id":	"cf49b364"
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"cf49b364"
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
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	,"id":	"cf49b364"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
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	,"hint":	"NM supplier"
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	,"id":	"cf49b364"
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
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	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
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	,"id":	"cf49b364"
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
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	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
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	,"id":	"cf49b364"
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	,"File":	"INVITRO_VIABILITY.xlsx"
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	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
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	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
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	,"hint":	" (internal reference)"
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	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
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	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
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	,"id":	"cf49b364"
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	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"operator"
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	,"id":	"cf49b364"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
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	,"hint":	null
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	,"id":	"cf49b364"
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	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	null
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
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	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
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	,"id":	"cf49b364"
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	,"Folder":	"JRCTEMPLATES_102016"
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	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
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	,"hint":	"(oecd list, and others)"
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	,"File":	"INVITRO_VIABILITY.xlsx"
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	,"endpoint":	"viability"
	,"unit":	"\r"
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	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
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	,"hint":	null
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	,"endpoint":	"viability"
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	,"hint":	null
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	,"hint":	null
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	,"endpoint":	"viability"
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	,"hint":	" (e.g. 24 wells)"
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	,"hint":	null
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	,"endpoint":	"viability"
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	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µg/ml\r"
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	,"hint":	null
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	,"hint":	null
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	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"positive control"
	,"Column":	36
	,"hint":	" (ex: cdso4, benzalkonium chloride, etc...)"
	,"Value":	"positive control  (ex: cdso4, benzalkonium chloride, etc...)"
	,"Row":	1
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"µm\r"
	,"cleanedvalue":	"positive control tested concentrations"
	,"Column":	37
	,"hint":	"ex: 0, 37.5, 75, 100, 125 and 150)"
	,"Value":	"positive control tested concentrations  (µm) (ex: 0, 37.5, 75, 100, 125 and 150)"
	,"Row":	1
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"number of samples/experiments"
	,"Column":	38
	,"hint":	null
	,"Value":	"number of samples/experiments"
	,"Row":	1
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"corresponding dose/surface"
	,"Column":	39
	,"hint":	null
	,"Value":	"corresponding dose/surface"
	,"Row":	1
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"%/control\r"
	,"cleanedvalue":	"values"
	,"Column":	40
	,"hint":	null
	,"Value":	"values (%/control)"
	,"Row":	1
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	41
	,"hint":	"SD"
	,"Value":	"sd"
	,"Row":	1
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sop"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"references to SOPs"
	,"Column":	42
	,"hint":	null
	,"Value":	"references to sops"
	,"Row":	1
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol  (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	2
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	2
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse technique  (ex: dls, cls, etc…)"
	,"Row":	2
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium  (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	2
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"concentration  (mg/ml)"
	,"Row":	2
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"h\r"
	,"cleanedvalue":	"incubation time"
	,"Column":	22
	,"hint":	null
	,"Value":	"incubation time (h)"
	,"Row":	2
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean hydrodynamic diameter"
	,"Column":	23
	,"hint":	"mean hydrodynamic diameter in weight (w) or numer (n)*"
	,"Value":	"mean hydrodynamic diameter (nm) in weight (w) or numer (n)*"
	,"Row":	2
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	24
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	25
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	2
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"viability"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	26
	,"hint":	"Standard deviation"
	,"Value":	"associated uncertainty (sd)"
	,"Row":	2
	,"id":	"cf49b364"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Trypan blue"
	,"File":	"INVITRO_VIABILITY.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	17
	,"hint":	"(as measured with other tecniques)"
	,"Value":	"size distribution  (as measured with other tecniques)"
	,"Row":	0
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	null
	,"Column":	25
	,"hint":	null
	,"Value":	"parameters"
	,"Row":	0
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	27
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	29
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	11
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse method (ex: dls, cls, etc…)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"air liquid interface"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"mass concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"mass concentration  (mg/ml)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"air liquid interface"
	,"unit":	"nm\r"
	,"cleanedvalue":	"diameter"
	,"Column":	22
	,"hint":	null
	,"Value":	"diameter  (nm)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"air liquid interface"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean diameter"
	,"Column":	23
	,"hint":	"in weight (w) or numer (n)"
	,"Value":	"in weight (w) or numer (n)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	24
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	"size distribution  (as measured with other tecniques)"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"air liquid interface"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"aerosolisation method"
	,"Column":	25
	,"hint":	"(e.g. inhalation)"
	,"Value":	"aerosolisation method (e.g. inhalation)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"exposure system"
	,"Column":	26
	,"hint":	"(e.g. nose-only)"
	,"Value":	"exposure system (e.g. nose-only)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"air liquid interface"
	,"unit":	"mg/m3\r"
	,"cleanedvalue":	"concentration "
	,"Column":	27
	,"hint":	null
	,"Value":	"concentration (mg/m3)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"air liquid interface"
	,"unit":	"mg/m3\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	28
	,"hint":	"sd concentration (mg/m3)"
	,"Value":	"sd concentration (mg/m3)"
	,"Row":	1
	,"id":	"c150ddb4"
	,"JSON_LEVEL3":	null
	,"Sheet":	"mass concentration"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	17
	,"hint":	"(as measured with other tecniques)"
	,"Value":	"size distribution  (as measured with other tecniques)"
	,"Row":	0
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution - quality parameters"
	,"Column":	25
	,"hint":	null
	,"Value":	"parameters"
	,"Row":	0
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	29
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	32
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse method (ex: dls, cls, etc…)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"air liquid interface"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"mass concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"mass concentration  (mg/ml)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"air liquid interface"
	,"unit":	"nm\r"
	,"cleanedvalue":	"diameter"
	,"Column":	22
	,"hint":	null
	,"Value":	"diameter  (nm)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"air liquid interface"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean diameter"
	,"Column":	23
	,"hint":	"in weight (w) or numer (n)"
	,"Value":	"in weight (w) or numer (n)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	24
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"instrument settings"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"exposure system"
	,"Column":	25
	,"hint":	"(e.g. nose-only)"
	,"Value":	"exposure system (e.g. nose-only)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	26
	,"hint":	null
	,"Value":	"assay name (e.g. size distribution)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"instrument"
	,"Column":	27
	,"hint":	"(e.g. aps, nanomoudi, sioutas, elpi, smps, etc.)"
	,"Value":	"instrument  (e.g. aps, nanomoudi, sioutas, elpi, smps, etc.)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"aerosol parameter"
	,"Column":	28
	,"hint":	"aersol parameter (e.g. mmad, cmd, etc)"
	,"Value":	"aersol parameter (e.g. mmad, cmd, etc)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"air liquid interface"
	,"unit":	"nm\r"
	,"cleanedvalue":	"values"
	,"Column":	29
	,"hint":	null
	,"Value":	"value  (nm)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"air liquid interface"
	,"unit":	"nm\r"
	,"cleanedvalue":	"sd analyte"
	,"Column":	30
	,"hint":	null
	,"Value":	"sd  (nm)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"air liquid interface"
	,"unit":	"\r"
	,"cleanedvalue":	"gsd"
	,"Column":	31
	,"hint":	"gsd  (if applicable)"
	,"Value":	"gsd  (if applicable)"
	,"Row":	1
	,"id":	"bb41f25b"
	,"JSON_LEVEL3":	null
	,"Sheet":	"size distribution"
	,"File":	"INVIVO_ALI.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	17
	,"hint":	"(as measured with other tecniques)"
	,"Value":	"size distribution  (as measured with other tecniques)"
	,"Row":	0
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"image analysis and results"
	,"Column":	42
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	48
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse method (ex: dls, cls, etc…)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
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	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
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	,"id":	"b2c03f5c"
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	,"Sheet":	"biochem analysis inhalation"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
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	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"mass concentration "
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	,"hint":	null
	,"Value":	"mass concentration  (mg/ml)"
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	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"nm\r"
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	,"hint":	null
	,"Value":	"diameter  (nm)"
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	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean diameter"
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	,"hint":	"in weight (w) or numer (n)"
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	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
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	,"hint":	null
	,"Value":	"pdi"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"aerosolisation method"
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	,"hint":	null
	,"Value":	"aerosolisation method"
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	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"μm\r"
	,"cleanedvalue":	"MMAD"
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	,"hint":	null
	,"Value":	"mmad  (μm)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"μm\r"
	,"cleanedvalue":	"associated uncertainty"
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	,"hint":	"SD"
	,"Value":	"sd  (μm)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"animal model"
	,"Column":	28
	,"hint":	null
	,"Value":	"animal model"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"cell/tissue"
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	,"hint":	null
	,"Value":	"cell/tissue"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"exposure route"
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	,"hint":	null
	,"Value":	"exposure route"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"exposure method"
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	,"hint":	null
	,"Value":	"exposure method"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"h\r"
	,"cleanedvalue":	"exposure time"
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	,"hint":	null
	,"Value":	"exposure time  (h)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"days\r"
	,"cleanedvalue":	"frequency of exposure"
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	,"hint":	null
	,"Value":	"frequency of exposure  (day)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"h\r"
	,"cleanedvalue":	"delay between last exposure and sacrifice"
	,"Column":	34
	,"hint":	null
	,"Value":	"delay between last exposure and sacrifice  (h)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"mg/m3\r"
	,"cleanedvalue":	"exposure concentration "
	,"Column":	35
	,"hint":	null
	,"Value":	"exposure concentration  (mg/m3)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"number of samples/experiments"
	,"Column":	36
	,"hint":	null
	,"Value":	"number of samples"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"u/l\r"
	,"cleanedvalue":	"LDH"
	,"Column":	37
	,"hint":	null
	,"Value":	"ldh  (u/l)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"u/l\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	38
	,"hint":	"SD"
	,"Value":	"sd (u/l)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECT"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"number of samples/experiments"
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	,"hint":	null
	,"Value":	"number of samples"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"u/l\r"
	,"cleanedvalue":	"alp "
	,"Column":	40
	,"hint":	null
	,"Value":	"alp  (u/l)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"u/l\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	41
	,"hint":	"SD"
	,"Value":	"sd (u/l)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECT"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"number of samples"
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	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"µmol/l\r"
	,"cleanedvalue":	"nag "
	,"Column":	43
	,"hint":	null
	,"Value":	"nag  (µmol/l)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"µmol/l\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	44
	,"hint":	"SD"
	,"Value":	"sd (µmol/l)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECT"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
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	,"hint":	null
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	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"g/l\r"
	,"cleanedvalue":	"proteins "
	,"Column":	46
	,"hint":	null
	,"Value":	"proteins  (g/l)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"g/l\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	47
	,"hint":	"SD"
	,"Value":	"sd (g/l)"
	,"Row":	1
	,"id":	"b2c03f5c"
	,"JSON_LEVEL3":	null
	,"Sheet":	"biochem analysis inhalation"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECT"
	,"JSON_LEVEL2":	"ERR_VALUE"
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{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
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	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
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	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	17
	,"hint":	"(as measured with other tecniques)"
	,"Value":	"size distribution  (as measured with other tecniques)"
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	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"broncho alveolar lavage"
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	,"hint":	null
	,"Value":	"results"
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	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
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	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	36
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
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},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse method (ex: dls, cls, etc…)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"mass concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"mass concentration  (mg/ml)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"nm\r"
	,"cleanedvalue":	"diameter"
	,"Column":	22
	,"hint":	null
	,"Value":	"diameter  (nm)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean diameter"
	,"Column":	23
	,"hint":	"in weight (w) or numer (n)"
	,"Value":	"in weight (w) or numer (n)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	24
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"animal model"
	,"Column":	25
	,"hint":	null
	,"Value":	"animal model"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"cell/tissue"
	,"Column":	26
	,"hint":	null
	,"Value":	"cell/tissue"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"exposure route"
	,"Column":	27
	,"hint":	null
	,"Value":	"exposure route"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"exposure method"
	,"Column":	28
	,"hint":	"(e.g. pharyngeal aspiration)"
	,"Value":	"exposure method (e.g. pharyngeal aspiration)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"µg/mouse\r"
	,"cleanedvalue":	"particle exposure concentration"
	,"Column":	29
	,"hint":	null
	,"Value":	"particle exposure concentration (µg/mouse)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"h\r"
	,"cleanedvalue":	"exposure time"
	,"Column":	30
	,"hint":	null
	,"Value":	"exposure time  (h)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"days\r"
	,"cleanedvalue":	"frequency of exposure"
	,"Column":	31
	,"hint":	null
	,"Value":	"frequency of exposure  (day)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"days\r"
	,"cleanedvalue":	"delay between exposure and sacrifice"
	,"Column":	32
	,"hint":	null
	,"Value":	"delay between exposure and sacrifice (day)"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"number of samples/experiments"
	,"Column":	33
	,"hint":	null
	,"Value":	"number of samples"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"total number of cells in BAL"
	,"Column":	34
	,"hint":	null
	,"Value":	"total number of cells in bal"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	35
	,"hint":	"Standard deviation"
	,"Value":	"sd"
	,"Row":	1
	,"id":	"c6038643"
	,"JSON_LEVEL3":	null
	,"Sheet":	"cell counts"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"sample information"
	,"Column":	0
	,"hint":	null
	,"Value":	"sample information"
	,"Row":	0
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header1"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	17
	,"hint":	"(as measured with other tecniques)"
	,"Value":	"size distribution  (as measured with other tecniques)"
	,"Row":	0
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"results"
	,"Column":	36
	,"hint":	null
	,"Value":	"results"
	,"Row":	0
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	null
	,"JSON_LEVEL2":	null
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"header0"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"SOP"
	,"Column":	57
	,"hint":	"Standard operation procedure"
	,"Value":	"sop"
	,"Row":	0
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_GUIDELINE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"replicate number"
	,"Column":	0
	,"hint":	null
	,"Value":	"replicate number"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"NM id code"
	,"Column":	1
	,"hint":	"e.g. nm-300, jrcnm01001a, ..."
	,"Value":	"nm id code (e.g. nm-300, jrcnm01001a, …)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"PUBLIC_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"NM chemistry (core)"
	,"Column":	2
	,"hint":	null
	,"Value":	"nm chemistry (core)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_TYPE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"CAS number"
	,"Column":	3
	,"hint":	null
	,"Value":	"cas number"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	"CASRN"
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"COMPOSITION"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"vial number"
	,"Column":	4
	,"hint":	null
	,"Value":	"vial number"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"supplier"
	,"Column":	5
	,"hint":	"NM supplier"
	,"Value":	"nm supplier"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"OWNER_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"material state"
	,"Column":	6
	,"hint":	"(liquid or fluid, fluid dispersion, powder)"
	,"Value":	"material state  (liquid or fluid, fluid dispersion, powder)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	"TEXTVALUE"
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"EFFECTS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"use of dispersant"
	,"Column":	7
	,"hint":	"yes/no (e.g. for ag nps nm-300k or nm-302)"
	,"Value":	"use of dispersant: yes/no  (e.g. for ag nps nm-300k or nm-302)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersant reference"
	,"Column":	8
	,"hint":	"(indicate here the reference number of the vial used)"
	,"Value":	"dispersant reference (indicate here the reference number of the vial used)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"sample name"
	,"Column":	9
	,"hint":	" (internal reference)"
	,"Value":	"sample name (internal reference)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"SUBSTANCE_RECORD"
	,"JSON_LEVEL2":	"SUBSTANCE_NAME"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"reporting organisation"
	,"Column":	10
	,"hint":	null
	,"Value":	"reporting organisation"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"CITATION_OWNER"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"operator"
	,"Column":	11
	,"hint":	null
	,"Value":	"operator"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"date of preparation"
	,"Column":	12
	,"hint":	null
	,"Value":	"date of preparation"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"sample information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"date of analysis"
	,"Column":	13
	,"hint":	null
	,"Value":	"date of analysis"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"module"
	,"Column":	14
	,"hint":	"(e.g. phys-chem, in vitro tox, in vivo tox, eco tox, ...)"
	,"Value":	"module (e.g. phys-chem, in vitro tox, in vivo tox, eco tox, …)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"endpoint"
	,"Column":	15
	,"hint":	"(oecd list, and others)"
	,"Value":	"endpoint (oecd list, and others)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_CATEGORY_CODE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"endpoint_assay"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"assay name"
	,"Column":	16
	,"hint":	"(conventional name of the assay, e.g. comet, ...)"
	,"Value":	"assay name (conventional name of the assay, e.g. comet, …)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PROTOCOL_TOP_CATEGORY"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion protocol"
	,"Column":	17
	,"hint":	"(e.g. nanogenotox, enpra, other - specify)"
	,"Value":	"dispersion protocol (ex: nanogenotox, enpra, prospect, other)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution"
	,"Column":	18
	,"hint":	"(ex: monomodal, bimodal or multimodal?)"
	,"Value":	"size distribution (ex: monomodal, bimodal or multimodal?)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"size distribution analysis method"
	,"Column":	19
	,"hint":	"(ex: dls, cls, etc...)"
	,"Value":	"size distribution analyse method (ex: dls, cls, etc…)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"medium"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"dispersion medium"
	,"Column":	20
	,"hint":	"(e.g. water + 0.05% bsa stock solution, culture medium, etc...)"
	,"Value":	"dispersion medium (ex: water + 0.05% bsa stock solution, culture medium, etc…)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"mg/ml\r"
	,"cleanedvalue":	"mass concentration "
	,"Column":	21
	,"hint":	null
	,"Value":	"mass concentration  (mg/ml)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"nm\r"
	,"cleanedvalue":	"diameter"
	,"Column":	22
	,"hint":	null
	,"Value":	"diameter  (nm)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"nm\r"
	,"cleanedvalue":	"mean diameter"
	,"Column":	23
	,"hint":	"in weight (w) or numer (n)"
	,"Value":	"in weight (w) or numer (n)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"size distribution"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"PDI"
	,"Column":	24
	,"hint":	null
	,"Value":	"pdi"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"animal model"
	,"Column":	25
	,"hint":	null
	,"Value":	"animal model"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	"cell"
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"cell/tissue"
	,"Column":	26
	,"hint":	null
	,"Value":	"cell/tissue"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"exposure route"
	,"Column":	27
	,"hint":	null
	,"Value":	"exposure route"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"exposure method"
	,"Column":	28
	,"hint":	"(e.g. pharyngeal aspiration)"
	,"Value":	"exposure method (e.g. pharyngeal aspiration)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"h\r"
	,"cleanedvalue":	"exposure time"
	,"Column":	29
	,"hint":	null
	,"Value":	"exposure time  (h)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"days\r"
	,"cleanedvalue":	"frequency of exposure"
	,"Column":	30
	,"hint":	null
	,"Value":	"frequency of exposure  (day)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"delay between exposure and sacrifice"
	,"Column":	31
	,"hint":	null
	,"Value":	"delay between exposure and sacrifice"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"µg/mouse\r"
	,"cleanedvalue":	"particle exposure concentration"
	,"Column":	32
	,"hint":	null
	,"Value":	"particle exposure concentration (µg/mouse)"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"number of samples/experiments"
	,"Column":	33
	,"hint":	null
	,"Value":	"number of samples"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"%\r"
	,"cleanedvalue":	"% alveolar macrophages"
	,"Column":	34
	,"hint":	null
	,"Value":	"% alveolar macrophages"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	35
	,"hint":	"SD"
	,"Value":	"sd"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"number of samples/experiments"
	,"Column":	36
	,"hint":	null
	,"Value":	"number of samples"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"%\r"
	,"cleanedvalue":	"% alveolar neutrophilis"
	,"Column":	37
	,"hint":	null
	,"Value":	"% alveolar neutrophilis"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	38
	,"hint":	"SD"
	,"Value":	"sd"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"number of samples/experiments"
	,"Column":	39
	,"hint":	null
	,"Value":	"number of samples"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"PROTOCOL_APPLICATIONS"
	,"JSON_LEVEL2":	"PARAMETERS"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"%\r"
	,"cleanedvalue":	"% alveolar eosinophilis"
	,"Column":	40
	,"hint":	null
	,"Value":	"% alveolar eosinophilis"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ENDPOINT"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"results"
	,"endpoint":	"broncho alveolar lavage"
	,"unit":	"\r"
	,"cleanedvalue":	"associated uncertainty"
	,"Column":	41
	,"hint":	"SD"
	,"Value":	"sd"
	,"Row":	1
	,"id":	"160e0f47"
	,"JSON_LEVEL3":	null
	,"Sheet":	"Cellularity"
	,"File":	"INVIVO_BAL.xlsx"
	,"JSON_LEVEL1":	"EFFECTS"
	,"JSON_LEVEL2":	"ERR_VALUE"
},
{
	"header1":	null
	,"Folder":	"JRCTEMPLATES_102016"
	,"Annotation":	"method and instrument information"
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