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	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=PC_GRANULOMETRY_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-c0424edf-0a4b-319e-b67b-ead3d274f30f/study?top=P-CHEM",	"substance":"NRCWE-006 MWCNT (Mitsui)",	"reference":"NRCWE-006 diameter,NRCWE-006 length",	"provider":"CEA,CODA-CERVA,NRCWE",	"protocol":"DLS,SAXS,TEM",	"publicname":"NRCWE-006",	"substancetype":"NPO_354",	"substance_uuid":"NGTX-c0424edf-0a4b-319e-b67b-ead3d274f30f",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.19. Stability (thermal)",	"endpoint":"PC_THERMAL_STABILITY_SECTION",
	"count":1,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=PC_THERMAL_STABILITY_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-c0424edf-0a4b-319e-b67b-ead3d274f30f/study?top=P-CHEM",	"substance":"NRCWE-006 MWCNT (Mitsui)",	"reference":"NRCWE-006 diameter",	"provider":"NRCWE",	"protocol":"TGA",	"publicname":"NRCWE-006",	"substancetype":"NPO_354",	"substance_uuid":"NGTX-c0424edf-0a4b-319e-b67b-ead3d274f30f",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.28.05. Nanomaterial specific surface area",	"endpoint":"SPECIFIC_SURFACE_AREA_SECTION",
	"count":2,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=SPECIFIC_SURFACE_AREA_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-c0424edf-0a4b-319e-b67b-ead3d274f30f/study?top=P-CHEM",	"substance":"NRCWE-006 MWCNT (Mitsui)",	"reference":"NRCWE-006 diameter",	"provider":"CEA,IMC-BAS",	"protocol":"BET,SAXS",	"publicname":"NRCWE-006",	"substancetype":"NPO_354",	"substance_uuid":"NGTX-c0424edf-0a4b-319e-b67b-ead3d274f30f",	"substance_owner":"NanoGenotox"	},
	{
	"value":"ENM_0000068. Cell Viability",	"endpoint":"ENM_0000068_SECTION",
	"count":2,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=ENM_0000068_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-c0424edf-0a4b-319e-b67b-ead3d274f30f/study?top=TOX",	"substance":"NRCWE-006 MWCNT (Mitsui)",	"reference":"Database_WP5_1stPhase (cytotoxicity)",	"provider":"ANSES",	"protocol":"RN,XTT",	"publicname":"NRCWE-006",	"substancetype":"NPO_354",	"substance_uuid":"NGTX-c0424edf-0a4b-319e-b67b-ead3d274f30f",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.6.1. Genetic toxicity in vitro",	"endpoint":"TO_GENETIC_IN_VITRO_SECTION",
	"count":40,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_GENETIC_IN_VITRO_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-c0424edf-0a4b-319e-b67b-ead3d274f30f/study?top=TOX",	"substance":"NRCWE-006 MWCNT (Mitsui)",	"reference":"Database_WP5_1stPhase (COMET),Database_WP5_1stPhase (MLA-TK),Database_WP5_1stPhase (Micronucleus)",	"provider":"ANSES,FIOH,INSA,IPL,NRCWE,UAB",	"protocol":"COMET,COMET FPG,MICRONUCLEUS,Mouse lymphoma L5178Y/Tk+/- assay",	"publicname":"NRCWE-006",	"substancetype":"NPO_354",	"substance_uuid":"NGTX-c0424edf-0a4b-319e-b67b-ead3d274f30f",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.5.4. Repeated dose toxicity - other",	"endpoint":"TO_REPEATED_OTHER_SECTION",
	"count":60,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_REPEATED_OTHER_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-c0424edf-0a4b-319e-b67b-ead3d274f30f/study?top=TOX",	"substance":"NRCWE-006 MWCNT (Mitsui)",	"reference":"Database WP7",	"provider":"CEA",	"protocol":"Nanogenotox WP7",	"publicname":"NRCWE-006",	"substancetype":"NPO_354",	"substance_uuid":"NGTX-c0424edf-0a4b-319e-b67b-ead3d274f30f",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.28.01. Nanomaterial agglomeration/aggregation",	"endpoint":"AGGLOMERATION_AGGREGATION_SECTION",
	"count":1,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=AGGLOMERATION_AGGREGATION_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c/study?top=P-CHEM",	"substance":"NM-105 TiO2 23.4 nm",	"reference":"NM105 (Anatase)",	"provider":"CEA",	"protocol":"SAXS",	"publicname":"JRCNM01005a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c",	"substance_owner":"NanoGenotox"	},
	{
	"value":"CHMO_0001075. Analytical Methods",	"endpoint":"ANALYTICAL_METHODS_SECTION",
	"count":1,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=ANALYTICAL_METHODS_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c/study?top=P-CHEM",	"substance":"NM-105 TiO2 23.4 nm",	"reference":"NM105 (Anatase)",	"provider":"IMC-BAS",	"protocol":"Energy Dispersive Spectroscopy",	"publicname":"JRCNM01005a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.28.02. Nanomaterial crystalline phase",	"endpoint":"CRYSTALLINE_PHASE_SECTION",
	"count":4,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=CRYSTALLINE_PHASE_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c/study?top=P-CHEM",	"substance":"NM-105 TiO2 23.4 nm",	"reference":"NM 105 (Rutile),NM105 (Anatase)",	"provider":"IMC-BAS,LNE",	"protocol":"XRD",	"publicname":"JRCNM01005a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.28.03. Nanomaterial crystallite and grain size",	"endpoint":"CRYSTALLITE_AND_GRAIN_SIZE_SECTION",
	"count":12,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=CRYSTALLITE_AND_GRAIN_SIZE_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c/study?top=P-CHEM",	"substance":"NM-105 TiO2 23.4 nm",	"reference":"NM 105 (Rutile),NM105 (Anatase)",	"provider":"IMC-BAS,NRCWE",	"protocol":"XRD",	"publicname":"JRCNM01005a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.5. Particle size distribution (Granulometry)",	"endpoint":"PC_GRANULOMETRY_SECTION",
	"count":8,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=PC_GRANULOMETRY_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c/study?top=P-CHEM",	"substance":"NM-105 TiO2 23.4 nm",	"reference":"NM 105 (Rutile),NM105 (Anatase)",	"provider":"CEA,CODA-CERVA,IMC-BAS,INRS (France),NRCWE",	"protocol":"DLS,SAXS,TEM",	"publicname":"JRCNM01005a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.19. Stability (thermal)",	"endpoint":"PC_THERMAL_STABILITY_SECTION",
	"count":1,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=PC_THERMAL_STABILITY_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c/study?top=P-CHEM",	"substance":"NM-105 TiO2 23.4 nm",	"reference":"NM105 (Anatase)",	"provider":"NRCWE",	"protocol":"TGA",	"publicname":"JRCNM01005a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.28.05. Nanomaterial specific surface area",	"endpoint":"SPECIFIC_SURFACE_AREA_SECTION",
	"count":2,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=SPECIFIC_SURFACE_AREA_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c/study?top=P-CHEM",	"substance":"NM-105 TiO2 23.4 nm",	"reference":"NM105 (Anatase)",	"provider":"CEA,IMC-BAS",	"protocol":"BET,SAXS",	"publicname":"JRCNM01005a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c",	"substance_owner":"NanoGenotox"	},
	{
	"value":"ENM_0000068. Cell Viability",	"endpoint":"ENM_0000068_SECTION",
	"count":5,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=ENM_0000068_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c/study?top=TOX",	"substance":"NM-105 TiO2 23.4 nm",	"reference":"Database_WP5_1stPhase (cytotoxicity)",	"provider":"ANSES,NIOM",	"protocol":"Flow cytometry with PI staining,RN,TRYPAN BLUE,XTT",	"publicname":"JRCNM01005a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.6.1. Genetic toxicity in vitro",	"endpoint":"TO_GENETIC_IN_VITRO_SECTION",
	"count":23,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_GENETIC_IN_VITRO_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c/study?top=TOX",	"substance":"NM-105 TiO2 23.4 nm",	"reference":"Database_WP5_1stPhase (COMET),Database_WP5_1stPhase (COMET-EFT),Database_WP5_1stPhase (MLA-TK),Database_WP5_1stPhase (Micronucleus)",	"provider":"ANSES,BfR,FIOH,IMB-BAS,INSA,IPL,NIOM,RIVM",	"protocol":"COMET,MICRONUCLEUS,Mouse lymphoma L5178Y/Tk+/- assay",	"publicname":"JRCNM01005a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.5.4. Repeated dose toxicity - other",	"endpoint":"TO_REPEATED_OTHER_SECTION",
	"count":68,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_REPEATED_OTHER_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c/study?top=TOX",	"substance":"NM-105 TiO2 23.4 nm",	"reference":"Database WP7",	"provider":"IMB-BAS,NRCWE",	"protocol":"Nanogenotox WP7",	"publicname":"JRCNM01005a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-17a99db6-aa5f-3ba0-b681-8ad7284e5c8c",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.2.4. Acute toxicity: other routes",	"endpoint":"TO_ACUTE_OTHER_SECTION",
	"count":12,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_ACUTE_OTHER_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-c0eb5063-b645-3f01-9e48-c1b14fa117db/study?top=TOX",	"substance":"vehicle",	"reference":"Database WP7",	"provider":"ISS",	"protocol":"Nanogenotox WP7",	"publicname":"VEHICLE",	"substancetype":"CHEBI_59999",	"substance_uuid":"NGTX-c0eb5063-b645-3f01-9e48-c1b14fa117db",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.5.1. Repeated dose toxicity - oral",	"endpoint":"TO_REPEATED_ORAL_SECTION",
	"count":28,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_REPEATED_ORAL_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-c0eb5063-b645-3f01-9e48-c1b14fa117db/study?top=TOX",	"substance":"vehicle",	"reference":"Database WP7",	"provider":"ISS",	"protocol":"Nanogenotox WP7",	"publicname":"VEHICLE",	"substancetype":"CHEBI_59999",	"substance_uuid":"NGTX-c0eb5063-b645-3f01-9e48-c1b14fa117db",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.5.4. Repeated dose toxicity - other",	"endpoint":"TO_REPEATED_OTHER_SECTION",
	"count":12,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_REPEATED_OTHER_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-c0eb5063-b645-3f01-9e48-c1b14fa117db/study?top=TOX",	"substance":"vehicle",	"reference":"Database WP7",	"provider":"ISS",	"protocol":"Nanogenotox WP7",	"publicname":"VEHICLE",	"substancetype":"CHEBI_59999",	"substance_uuid":"NGTX-c0eb5063-b645-3f01-9e48-c1b14fa117db",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.28.01. Nanomaterial agglomeration/aggregation",	"endpoint":"AGGLOMERATION_AGGREGATION_SECTION",
	"count":1,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=AGGLOMERATION_AGGREGATION_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e/study?top=P-CHEM",	"substance":"NM-200 Synthetic Amorphous Silica PR-A-02",	"reference":"NM200",	"provider":"CEA",	"protocol":"SAXS",	"publicname":"JRCNM02000a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e",	"substance_owner":"NanoGenotox"	},
	{
	"value":"CHMO_0001075. Analytical Methods",	"endpoint":"ANALYTICAL_METHODS_SECTION",
	"count":1,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=ANALYTICAL_METHODS_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e/study?top=P-CHEM",	"substance":"NM-200 Synthetic Amorphous Silica PR-A-02",	"reference":"NM200",	"provider":"IMC-BAS",	"protocol":"Energy Dispersive Spectroscopy",	"publicname":"JRCNM02000a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.5. Particle size distribution (Granulometry)",	"endpoint":"PC_GRANULOMETRY_SECTION",
	"count":7,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=PC_GRANULOMETRY_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e/study?top=P-CHEM",	"substance":"NM-200 Synthetic Amorphous Silica PR-A-02",	"reference":"NM200",	"provider":"CEA,CODA-CERVA,IMC-BAS,INRS (France),NRCWE",	"protocol":"DLS,SAXS,TEM",	"publicname":"JRCNM02000a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.19. Stability (thermal)",	"endpoint":"PC_THERMAL_STABILITY_SECTION",
	"count":1,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=PC_THERMAL_STABILITY_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e/study?top=P-CHEM",	"substance":"NM-200 Synthetic Amorphous Silica PR-A-02",	"reference":"NM200",	"provider":"NRCWE",	"protocol":"TGA",	"publicname":"JRCNM02000a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.28.05. Nanomaterial specific surface area",	"endpoint":"SPECIFIC_SURFACE_AREA_SECTION",
	"count":2,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=SPECIFIC_SURFACE_AREA_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e/study?top=P-CHEM",	"substance":"NM-200 Synthetic Amorphous Silica PR-A-02",	"reference":"NM200",	"provider":"CEA,IMC-BAS",	"protocol":"BET,SAXS",	"publicname":"JRCNM02000a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e",	"substance_owner":"NanoGenotox"	},
	{
	"value":"ENM_0000068. Cell Viability",	"endpoint":"ENM_0000068_SECTION",
	"count":3,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=ENM_0000068_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e/study?top=TOX",	"substance":"NM-200 Synthetic Amorphous Silica PR-A-02",	"reference":"Database_WP5_1stPhase (cytotoxicity)",	"provider":"ANSES,INRS (France)",	"protocol":"RN,Relative increase in cell counts,XTT",	"publicname":"JRCNM02000a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.2.4. Acute toxicity: other routes",	"endpoint":"TO_ACUTE_OTHER_SECTION",
	"count":24,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_ACUTE_OTHER_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e/study?top=TOX",	"substance":"NM-200 Synthetic Amorphous Silica PR-A-02",	"reference":"Database WP7",	"provider":"ISS",	"protocol":"Nanogenotox WP7",	"publicname":"JRCNM02000a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.6.1. Genetic toxicity in vitro",	"endpoint":"TO_GENETIC_IN_VITRO_SECTION",
	"count":24,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_GENETIC_IN_VITRO_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e/study?top=TOX",	"substance":"NM-200 Synthetic Amorphous Silica PR-A-02",	"reference":"Database_WP5_1stPhase (COMET),Database_WP5_1stPhase (MLA-TK),Database_WP5_1stPhase (Micronucleus)",	"provider":"ANSES,FIOH,INRS (France),IPH,IPL,UAB",	"protocol":"COMET,COMET FPG,MICRONUCLEUS,Mouse lymphoma L5178Y/Tk+/- assay",	"publicname":"JRCNM02000a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.5.1. Repeated dose toxicity - oral",	"endpoint":"TO_REPEATED_ORAL_SECTION",
	"count":41,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_REPEATED_ORAL_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e/study?top=TOX",	"substance":"NM-200 Synthetic Amorphous Silica PR-A-02",	"reference":"Database WP7",	"provider":"ISS",	"protocol":"Nanogenotox WP7",	"publicname":"JRCNM02000a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.5.4. Repeated dose toxicity - other",	"endpoint":"TO_REPEATED_OTHER_SECTION",
	"count":36,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_REPEATED_OTHER_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e/study?top=TOX",	"substance":"NM-200 Synthetic Amorphous Silica PR-A-02",	"reference":"Database WP7",	"provider":"ISS",	"protocol":"Nanogenotox WP7",	"publicname":"JRCNM02000a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-39a494ef-ceb4-3055-90dc-25ca48e9803e",	"substance_owner":"NanoGenotox"	},
	{
	"value":"CHMO_0001075. Analytical Methods",	"endpoint":"ANALYTICAL_METHODS_SECTION",
	"count":1,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=ANALYTICAL_METHODS_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02/study?top=P-CHEM",	"substance":"NM-203 Synthetic Amorphous Silica PY-A-04",	"reference":"NM203",	"provider":"IMC-BAS",	"protocol":"Energy Dispersive Spectroscopy",	"publicname":"JRCNM02003a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.5. Particle size distribution (Granulometry)",	"endpoint":"PC_GRANULOMETRY_SECTION",
	"count":7,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=PC_GRANULOMETRY_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02/study?top=P-CHEM",	"substance":"NM-203 Synthetic Amorphous Silica PY-A-04",	"reference":"NM203",	"provider":"CEA,CODA-CERVA,IMC-BAS,INRS (France),NRCWE",	"protocol":"DLS,SAXS,TEM",	"publicname":"JRCNM02003a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.19. Stability (thermal)",	"endpoint":"PC_THERMAL_STABILITY_SECTION",
	"count":1,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=PC_THERMAL_STABILITY_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02/study?top=P-CHEM",	"substance":"NM-203 Synthetic Amorphous Silica PY-A-04",	"reference":"NM203",	"provider":"NRCWE",	"protocol":"TGA",	"publicname":"JRCNM02003a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.28.05. Nanomaterial specific surface area",	"endpoint":"SPECIFIC_SURFACE_AREA_SECTION",
	"count":2,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=SPECIFIC_SURFACE_AREA_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02/study?top=P-CHEM",	"substance":"NM-203 Synthetic Amorphous Silica PY-A-04",	"reference":"NM203",	"provider":"CEA,IMC-BAS",	"protocol":"BET,SAXS",	"publicname":"JRCNM02003a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02",	"substance_owner":"NanoGenotox"	},
	{
	"value":"ENM_0000068. Cell Viability",	"endpoint":"ENM_0000068_SECTION",
	"count":8,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=ENM_0000068_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02/study?top=TOX",	"substance":"NM-203 Synthetic Amorphous Silica PY-A-04",	"reference":"Database_WP5_1stPhase (cytotoxicity),Database_WP5_RoundRobin",	"provider":"ANSES,BfR,IMB-BAS,INRS (France)",	"protocol":"Cell count,RN,Relative increase in cell counts,XTT",	"publicname":"JRCNM02003a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.2.4. Acute toxicity: other routes",	"endpoint":"TO_ACUTE_OTHER_SECTION",
	"count":24,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_ACUTE_OTHER_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02/study?top=TOX",	"substance":"NM-203 Synthetic Amorphous Silica PY-A-04",	"reference":"Database WP7",	"provider":"ISS",	"protocol":"Nanogenotox WP7",	"publicname":"JRCNM02003a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.6.1. Genetic toxicity in vitro",	"endpoint":"TO_GENETIC_IN_VITRO_SECTION",
	"count":56,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_GENETIC_IN_VITRO_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02/study?top=TOX",	"substance":"NM-203 Synthetic Amorphous Silica PY-A-04",	"reference":"Database_WP5_1stPhase (COMET),Database_WP5_1stPhase (MLA-TK),Database_WP5_1stPhase (Micronucleus),Database_WP5_RoundRobin",	"provider":"ANSES,BfR,FIOH,IMB-BAS,INRS (France),INSA,IPH,IPL,NIOM,NRCWE,RIVM,UAB",	"protocol":"COMET,COMET FPG,MICRONUCLEUS,Mouse lymphoma L5178Y/Tk+/- assay",	"publicname":"JRCNM02003a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.5.1. Repeated dose toxicity - oral",	"endpoint":"TO_REPEATED_ORAL_SECTION",
	"count":45,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_REPEATED_ORAL_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02/study?top=TOX",	"substance":"NM-203 Synthetic Amorphous Silica PY-A-04",	"reference":"Database WP7",	"provider":"ISS",	"protocol":"Nanogenotox WP7",	"publicname":"JRCNM02003a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.5.4. Repeated dose toxicity - other",	"endpoint":"TO_REPEATED_OTHER_SECTION",
	"count":34,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_REPEATED_OTHER_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02/study?top=TOX",	"substance":"NM-203 Synthetic Amorphous Silica PY-A-04",	"reference":"Database WP7",	"provider":"ISS",	"protocol":"Nanogenotox WP7",	"publicname":"JRCNM02003a",	"substancetype":"NPO_1373",	"substance_uuid":"NGTX-edb8ae15-1f74-3c94-8f26-9534a5b97a02",	"substance_owner":"NanoGenotox"	},
	{
	"value":"CHMO_0001075. Analytical Methods",	"endpoint":"ANALYTICAL_METHODS_SECTION",
	"count":1,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=ANALYTICAL_METHODS_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-3cc19dfb-4a1e-344c-9d62-df34a88d1d25/study?top=P-CHEM",	"substance":"NM-100 TiO2 50-150 nm",	"reference":"NM100",	"provider":"IMC-BAS",	"protocol":"Energy Dispersive Spectroscopy",	"publicname":"JRCNM01000a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-3cc19dfb-4a1e-344c-9d62-df34a88d1d25",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.28.03. Nanomaterial crystallite and grain size",	"endpoint":"CRYSTALLITE_AND_GRAIN_SIZE_SECTION",
	"count":6,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=CRYSTALLITE_AND_GRAIN_SIZE_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-3cc19dfb-4a1e-344c-9d62-df34a88d1d25/study?top=P-CHEM",	"substance":"NM-100 TiO2 50-150 nm",	"reference":"NM100",	"provider":"IMC-BAS,NRCWE",	"protocol":"XRD",	"publicname":"JRCNM01000a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-3cc19dfb-4a1e-344c-9d62-df34a88d1d25",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.5. Particle size distribution (Granulometry)",	"endpoint":"PC_GRANULOMETRY_SECTION",
	"count":3,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=PC_GRANULOMETRY_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-3cc19dfb-4a1e-344c-9d62-df34a88d1d25/study?top=P-CHEM",	"substance":"NM-100 TiO2 50-150 nm",	"reference":"NM100",	"provider":"CODA-CERVA,IMC-BAS,NRCWE",	"protocol":"DLS,TEM",	"publicname":"JRCNM01000a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-3cc19dfb-4a1e-344c-9d62-df34a88d1d25",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.19. Stability (thermal)",	"endpoint":"PC_THERMAL_STABILITY_SECTION",
	"count":1,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=PC_THERMAL_STABILITY_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-3cc19dfb-4a1e-344c-9d62-df34a88d1d25/study?top=P-CHEM",	"substance":"NM-100 TiO2 50-150 nm",	"reference":"NM100",	"provider":"NRCWE",	"protocol":"TGA",	"publicname":"JRCNM01000a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-3cc19dfb-4a1e-344c-9d62-df34a88d1d25",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.28.05. Nanomaterial specific surface area",	"endpoint":"SPECIFIC_SURFACE_AREA_SECTION",
	"count":1,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=SPECIFIC_SURFACE_AREA_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-3cc19dfb-4a1e-344c-9d62-df34a88d1d25/study?top=P-CHEM",	"substance":"NM-100 TiO2 50-150 nm",	"reference":"NM100",	"provider":"IMC-BAS",	"protocol":"BET",	"publicname":"JRCNM01000a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-3cc19dfb-4a1e-344c-9d62-df34a88d1d25",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.6.1. Genetic toxicity in vitro",	"endpoint":"TO_GENETIC_IN_VITRO_SECTION",
	"count":2,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_GENETIC_IN_VITRO_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-3cc19dfb-4a1e-344c-9d62-df34a88d1d25/study?top=TOX",	"substance":"NM-100 TiO2 50-150 nm",	"reference":"Database_WP5_1stPhase (COMET)",	"provider":"BfR",	"protocol":"COMET",	"publicname":"JRCNM01000a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-3cc19dfb-4a1e-344c-9d62-df34a88d1d25",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.5.4. Repeated dose toxicity - other",	"endpoint":"TO_REPEATED_OTHER_SECTION",
	"count":60,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_REPEATED_OTHER_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-3cc19dfb-4a1e-344c-9d62-df34a88d1d25/study?top=TOX",	"substance":"NM-100 TiO2 50-150 nm",	"reference":"Database WP7",	"provider":"RIVM",	"protocol":"Nanogenotox WP7",	"publicname":"JRCNM01000a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-3cc19dfb-4a1e-344c-9d62-df34a88d1d25",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.28.01. Nanomaterial agglomeration/aggregation",	"endpoint":"AGGLOMERATION_AGGREGATION_SECTION",
	"count":1,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=AGGLOMERATION_AGGREGATION_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-9e471a4c-aeea-32ed-86c4-6585d1f480e9/study?top=P-CHEM",	"substance":"NM-102 TiO2 anatase 21-22 nm",	"reference":"NM102",	"provider":"CEA",	"protocol":"SAXS",	"publicname":"JRCNM01002a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-9e471a4c-aeea-32ed-86c4-6585d1f480e9",	"substance_owner":"NanoGenotox"	},
	{
	"value":"CHMO_0001075. Analytical Methods",	"endpoint":"ANALYTICAL_METHODS_SECTION",
	"count":1,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=ANALYTICAL_METHODS_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-9e471a4c-aeea-32ed-86c4-6585d1f480e9/study?top=P-CHEM",	"substance":"NM-102 TiO2 anatase 21-22 nm",	"reference":"NM102",	"provider":"IMC-BAS",	"protocol":"Energy Dispersive Spectroscopy",	"publicname":"JRCNM01002a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-9e471a4c-aeea-32ed-86c4-6585d1f480e9",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.28.03. Nanomaterial crystallite and grain size",	"endpoint":"CRYSTALLITE_AND_GRAIN_SIZE_SECTION",
	"count":6,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=CRYSTALLITE_AND_GRAIN_SIZE_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-9e471a4c-aeea-32ed-86c4-6585d1f480e9/study?top=P-CHEM",	"substance":"NM-102 TiO2 anatase 21-22 nm",	"reference":"NM102",	"provider":"IMC-BAS,NRCWE",	"protocol":"XRD",	"publicname":"JRCNM01002a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-9e471a4c-aeea-32ed-86c4-6585d1f480e9",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.5. Particle size distribution (Granulometry)",	"endpoint":"PC_GRANULOMETRY_SECTION",
	"count":7,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=PC_GRANULOMETRY_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-9e471a4c-aeea-32ed-86c4-6585d1f480e9/study?top=P-CHEM",	"substance":"NM-102 TiO2 anatase 21-22 nm",	"reference":"NM102",	"provider":"CEA,CODA-CERVA,IMC-BAS,INRS (France),NRCWE",	"protocol":"DLS,SAXS,TEM",	"publicname":"JRCNM01002a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-9e471a4c-aeea-32ed-86c4-6585d1f480e9",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.19. Stability (thermal)",	"endpoint":"PC_THERMAL_STABILITY_SECTION",
	"count":1,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=PC_THERMAL_STABILITY_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-9e471a4c-aeea-32ed-86c4-6585d1f480e9/study?top=P-CHEM",	"substance":"NM-102 TiO2 anatase 21-22 nm",	"reference":"NM102",	"provider":"NRCWE",	"protocol":"TGA",	"publicname":"JRCNM01002a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-9e471a4c-aeea-32ed-86c4-6585d1f480e9",	"substance_owner":"NanoGenotox"	},
	{
	"value":"4.28.05. Nanomaterial specific surface area",	"endpoint":"SPECIFIC_SURFACE_AREA_SECTION",
	"count":2,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=SPECIFIC_SURFACE_AREA_SECTION",
	"subcategory":"P-CHEM",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-9e471a4c-aeea-32ed-86c4-6585d1f480e9/study?top=P-CHEM",	"substance":"NM-102 TiO2 anatase 21-22 nm",	"reference":"NM102",	"provider":"CEA,IMC-BAS",	"protocol":"BET,SAXS",	"publicname":"JRCNM01002a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-9e471a4c-aeea-32ed-86c4-6585d1f480e9",	"substance_owner":"NanoGenotox"	},
	{
	"value":"ENM_0000068. Cell Viability",	"endpoint":"ENM_0000068_SECTION",
	"count":10,
	"substancescount":-1,
	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=ENM_0000068_SECTION",
	"subcategory":"TOX",	"subcategoryuri":"https://apps.ideaconsult.net/nanogenotox/substance/NGTX-9e471a4c-aeea-32ed-86c4-6585d1f480e9/study?top=TOX",	"substance":"NM-102 TiO2 anatase 21-22 nm",	"reference":"Database_WP5_1stPhase (cytotoxicity),Database_WP5_RoundRobin",	"provider":"ANSES,BfR,IMB-BAS,INRS (France),NIOM",	"protocol":"Cell count,Flow cytometry with PI staining,RN,Relative increase in cell counts,TRYPAN BLUE,XTT",	"publicname":"JRCNM01002a",	"substancetype":"CHEBI_51050",	"substance_uuid":"NGTX-9e471a4c-aeea-32ed-86c4-6585d1f480e9",	"substance_owner":"NanoGenotox"	},
	{
	"value":"7.6.1. Genetic toxicity in vitro",	"endpoint":"TO_GENETIC_IN_VITRO_SECTION",
	"count":55,
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	"uri":"https://apps.ideaconsult.net/nanogenotox/substance?type=endpointcategory&search=TO_GENETIC_IN_VITRO_SECTION",
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	{
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	{
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	{
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	{
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]
}