Check Our Generator

NanoSafety Data Reusability Assessment

Using FAIR Maturity Indicators
Maturity Indicator ID Maturity Indicator Title Comment
MI-R1.3-75ec3968cc-EMERGENT_BANDGAP_SEMINCONDUCTOR The bandgap in semiconductor particles is reported by the nano toxicity study
MI-R1.3-75ec3968cc-EMERGENT_CATALYTIC_EFFECTS The nanomaterial's catalytic effect is reported by the nano toxicity study
MI-R1.3-75ec3968cc-EMERGENT_CATION_SPONGE The presence of cationic particles with a proton sponge effect is reported by the nano toxicity study
MI-R1.3-75ec3968cc-EMERGENT_COMPARTMENTALIZED_TOXICITY The nanomaterial's compartmentalized toxicity is reported by the nano toxicity study
MI-R1.3-75ec3968cc-EMERGENT_LAR_LYSOSOMES The long aspect ratio injury to lysosomes is reported by the nano toxicity study
MI-R1.3-75ec3968cc-EMERGENT_SILOXANE_SILANOLS The presence of silica siloxane rings and silanols is reported by the nano toxicity study
MI-R1.3-75ec3968cc-EXTRINSIC_CHARGE The nanomaterial's charge (electrophoretic mobility and zeta-potential) is reported by the nano toxicity study
MI-R1.3-75ec3968cc-EXTRINSIC_CORONA The nanomaterial's corona is reported by the nano toxicity study
MI-R1.3-75ec3968cc-EXTRINSIC_DISSOLUTION The nanomaterial's dissolution is reported by the nano toxicity study
MI-R1.3-75ec3968cc-EXTRINSIC_SORPTION The nanomaterial's sorption is reported by the nano toxicity study
MI-R1.3-75ec3968cc-EXTRINSIC_STATE_OF_AGGLOMERATION The nanomaterial's state of agglomeration is reported by the nano toxicity study
MI-R1.3-75ec3968cc-EXTRINSIC_SURFACE_RECONSTRUCTION The nanomaterial's surface reconstruction is reported by the nano toxicity study
MI-R1.3-75ec3968cc-INTRINSIC_CHEMICAL_COMPOSITION The nanomaterial's chemical composition is reported by the nano toxicity study
MI-R1.3-75ec3968cc-INTRINSIC_CRYSTALLINITY The nanomaterial's crystallinity (crystal structure) is reported by the nano toxicity study
MI-R1.3-75ec3968cc-INTRINSIC_PURITY The nanomaterial's purity is reported by the nano toxicity study
MI-R1.3-75ec3968cc-INTRINSIC_SHAPE The nanomaterial's shape is reported by the nano toxicity study
MI-R1.3-75ec3968cc-INTRINSIC_SIZE_DISTRIBUTION The nanomaterial's size distribution is reported by the nano toxicity study
MI-R1.3-75ec3968cc-INTRINSIC_SURFACE_AREA The nanomaterial's surface area is reported by the nano toxicity study
MI-R1.3-75ec3968cc-INTRINSIC_SURFACE_COATINGS The nanomaterial's surface coatings is reported by the nano toxicity study
Maturity Indicator ID Maturity Indicator Title Comment
MI-R1.3-649848907b-EP_MOBILITY The Electrophoretic mobility is reported by the nano toxicity study
MI-R1.3-649848907b-MEASUREMENT_NUMBER The number of measurements made and averaged to determine each zeta-potential is reported by the nano toxicity study
MI-R1.3-649848907b-MEASUREMENT_REPLICATES The total number of replicate measurements is reported by the nano toxicity study
MI-R1.3-649848907b-MEASUREMENT_TRENDS The observed trends in replicate measurements is reported by the nano toxicity study
MI-R1.3-649848907b-MEASUREMENT_VOLTAGE The measurement parameter "applied voltage" is reported by the nano toxicity study
MI-R1.3-649848907b-MEDIA_IONIC_COMPOSITION The media dependent factor "ionic composition" is reported by the nano toxicity study
MI-R1.3-649848907b-MEDIA_IONIC_STRENGTH The media dependent factor "ionic strength" is reported by the nano toxicity study
MI-R1.3-649848907b-MEDIA_MACROMOLECULES Macromolecules/NOM present in the medium and their concentration are reported by the nano toxicity study
MI-R1.3-649848907b-MEDIA_NM_CONCENTRATION The nanomaterial concentration in the media is reported by the nano toxicity study
MI-R1.3-649848907b-MEDIA_PH The pH of the media is reported by the nano toxicity study
MI-R1.3-649848907b-MEDIA_SPECIFIC_CONDUCTANCE The media dependent factor "conductance" is reported by the nano toxicity study
MI-R1.3-649848907b-MEDIA_TEMPERATURE The temperature of the media is reported by the nano toxicity study
MI-R1.3-649848907b-MEDIA_VISCOSITY The viscosity of the media is reported by the nano toxicity study
MI-R1.3-649848907b-MODEL The model used to compute the zeta-potential is reported by the nano toxicity study
MI-R1.3-649848907b-NM_COMPOSITION The composition is reported by the nano toxicity study
MI-R1.3-649848907b-NM_SHAPE The shape is reported by the nano toxicity study
MI-R1.3-649848907b-NM_SIZE_DISTRIBUTION The size distribution is reported by the nano toxicity study
MI-R1.3-649848907b-NM_SURFACE_FUNCTIONALIZATION The surface functionalization is reported by the nano toxicity study
Maturity Indicator ID Maturity Indicator Title Comment
MI-R1.3-88b52fa7b8-AGGLOMERATE_ASPECT_RATIO The agglomerate aspect ratio is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-AGGLOMERATE_EFFECTIVE_DENSITY The agglomerate effective density is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-AGGLOMERATE_PACKING_FACTOR The agglomerate packing factor is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-AGGLOMERATE_PACKING_METHOD The agglomerate packing method is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-AGGLOMERATE_POLYDISPERSITY The agglomerate polydispersity is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-AGGLOMERATE_SHAPE The agglomerate shape is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-AGGLOMERATE_SIZE_DIAMETER The agglomerate size diameter is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-AGGLOMERATE_SIZE_MEASURE The agglomerate size statistical measure is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-AGGLOMERATE_SIZE_METHOD The agglomerate size determination method is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-AGGLOMERATE_SIZE_QUALIFIER The agglomerate size qualifier is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-AGGLOMERATE_STABILITY The agglomerate stability is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-EXPERIMENT_ADMINISTRATED_DOSE The experiment administrated dose is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-EXPERIMENT_DELIVERED_DOSE The experiment delivered dose is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-EXPERIMENT_DISPERSION_PROTOCOL The experiment dispersion protocol is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-EXPERIMENT_EXPOSURE_TIME The experiment exposure time is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-EXPERIMENT_MEDIUM_DENSITY The experiment medium density is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-EXPERIMENT_MEDIUM_DISH_DEPTH The experiment medium dish depth is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-EXPERIMENT_MEDIUM_TEMPRATURE The experiment medium temprature is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-EXPERIMENT_MEDIUM_TYPE The experiment medium type is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-EXPERIMENT_MEDIUM_VISCOSITY The experiment medium viscosity is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-EXPERIMENT_METHOD The experiment method is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-EXPERIMENT_MODEL The experiment model is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-EXPERIMENT_TOOL_NAME The experiment tool name is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-EXPERIMENT_TOOL_REFERENCE The experiment tool reference is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-EXPERIMENT_TOOL_VERSION The experiment tool version is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-PARTICLE_ASPECT_RATIO The primary particle aspect ratio is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-PARTICLE_DENSITY The primary particle density is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-PARTICLE_DISSOLUTION_RATE The primary particle dissolution rate is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-PARTICLE_POLYDISPERSITY The primary particle polydispersity is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-PARTICLE_POROSITY The primary particle porosity is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-PARTICLE_SHAPE The primary particle shape is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-PARTICLE_SIZE_DIAMETER The primary particle diameter is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-PARTICLE_SIZE_MEASURE The primary particle statistical measure is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-PARTICLE_SIZE_METHOD The primary particle size determination method is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-PARTICLE_SIZE_QUALIFIER The primary particle size qualifier is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-PARTICLE_SURFACE_CHARGE The primary particle surface charge is reported by the nano toxicity study
MI-R1.3-88b52fa7b8-PARTICLE_SYNTHESIS_PROTOCOL The primary particle synthesis protocol is reported by the nano toxicity study
Maturity Indicator ID Maturity Indicator Title Comment
MI-R1.3-faf3eea67a-PCHEM_AGGLOMERATE_SIZE The agglomerate size is reported by the nano toxicity study
MI-R1.3-faf3eea67a-PCHEM_ASPECT_RATIO The aspect ratio is reported by the nano toxicity study
MI-R1.3-faf3eea67a-PCHEM_CHEMICAL_COMPOSITION The chemical composition is reported by the nano toxicity study
MI-R1.3-faf3eea67a-PCHEM_PURITY The purity is reported by the nano toxicity study
MI-R1.3-faf3eea67a-PCHEM_SIZE_DISTRIBUTION The size distribution is reported by the nano toxicity study
MI-R1.3-faf3eea67a-PCHEM_SOLUBILITY The solubility is reported by the nano toxicity study
MI-R1.3-faf3eea67a-PCHEM_SURFACE_AREA The surface area is reported by the nano toxicity study
MI-R1.3-faf3eea67a-PCHEM_SURFACE_CHARGE The surface charge is reported by the nano toxicity study
MI-R1.3-faf3eea67a-PCHEM_THERMAL_STABILITY The thermal stability is reported by the nano toxicity study
MI-R1.3-faf3eea67a-PCHEM_UV_STABILITY The UV stability is reported by the nano toxicity study
Maturity Indicator ID Maturity Indicator Title Comment
MI-R1.3-99c4a218fe-AS_LEAVES_MEDIA_FLUIDITY The fluidity of the leaves (e.g. epicuticular wax) media (in air-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-AS_LEAVES_MEDIA_PH The pH of the leaves (e.g. epicuticular wax) media (in air-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-AS_SSC_MEDIA_BIO_MOLECULES The biological molecules (proteins) inthe simulated surface contact media (in air-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-AS_SSC_MEDIA_IONIC_STRENGTH The ionic strength of the simulated surface contact media (in air-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-AS_SSC_MEDIA_PH The pH of the simulated surface contact media (in air-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_ALF_MEDIA_ADDITIVES The usage of enzymes or other additived with the artificial lysosomal fluid media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_ALF_MEDIA_IONIC_STRENGTH The ionic strength of the artificial lysosomal fluid media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_ALF_MEDIA_PH The pH of the artificial lysosomal fluid media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_AQUA_MEDIA_DOC The DOC (Dissolved Organic Carbon) concentration inthe aquatic organism culture media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_AQUA_MEDIA_IONIC_STRENGTH The ionic strength of the aquatic organism culture media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_AQUA_MEDIA_MAJOR_ANIONS The major anions of the aquatic organism culture media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_AQUA_MEDIA_MAJOR_CATIONS The major cations of the aquatic organism culture media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_AQUA_MEDIA_PH The pH of the aquatic organism culture media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_MAM_MEDIA_IONIC_CONTENT The ionic content of the mammalian culture media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_MAM_MEDIA_IONIC_STRENGTH The ionic strength of the mammalian culture media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_MAM_MEDIA_PH The pH of the mammalian culture media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_MAM_MEDIA_SERUM_HEAT_INACTIVATED The serum of the mammalian culture media (in liquid-surface exposure scenarios) status (heat activated or not) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_MAM_MEDIA_SERUM_PERCENTAGE The serum percentage of the mammalian culture media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_MAM_MEDIA_SERUM_SOURCE The serum source of the mammalian culture media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_MICROBIAL_MEDIA_IONIC_STRENGTH The ionic strength of the microbial culture media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_MICROBIAL_MEDIA_PH The pH of the microbial media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_PTM_MEDIA_IONIC_STRENGTH The ionic strength of the plant transport mimics media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_PTM_MEDIA_PH The pH of the plant transport mimics media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_RHIZOSOMAL_EXTRACTABLE_ELEMENTS The water extractable elements (Si, Ca, Mg, Fe, Al, Mn) of the rhizosomal system (in liquid-surface exposure scenarios) is reported by the nano toxicity study.
MI-R1.3-99c4a218fe-LS_RHIZOSOMAL_REDOX_POTENTIAL The redox potential of the rhizosomal system (in liquid-surface exposure scenarios) is reported by the nano toxicity study.
MI-R1.3-99c4a218fe-LS_RHIZOSOMAL_SOIL_PH The soil pH of the rhizosomal system (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_RHIZOSOMAL_SPECIFIC_CONDUCTANCE The specific conductance of the rhizosomal system (in liquid-surface exposure scenarios) is reported by the nano toxicity study.
MI-R1.3-99c4a218fe-LS_RHIZOSOMAL_TEXTURE The texture of the rhizosomal system (in liquid-surface exposure scenarios) is reported by the nano toxicity study.
MI-R1.3-99c4a218fe-LS_RHIZOSOMAL_TOC The TOC (total organic carbon) of the rhizosomal system (in liquid-surface exposure scenarios) is reported by the nano toxicity study.
MI-R1.3-99c4a218fe-LS_SDF_MEDIA_ADDITIVES The usage of enzymes or other additived with the simulated digestive fluids media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_SDF_MEDIA_IONIC_STRENGTH The ionic strength of the simulated digestive fluids media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
MI-R1.3-99c4a218fe-LS_SDF_MEDIA_PH The pH of the simulated digestive fluids media (in liquid-surface exposure scenarios) is reported by the nano toxicity study
Maturity Indicator ID Maturity Indicator Title Comment
MI-R1.3-324358ad68-I-AGGREGATION_STATE The aggregation state information is reported by the nano toxicity study
MI-R1.3-324358ad68-I-COLLECTION_APPROACH The collection approach information is reported by the nano toxicity study
MI-R1.3-324358ad68-I-COLLECTION_ORGANISMS The collection organism information is reported by the nano toxicity study
MI-R1.3-324358ad68-I-DOSIMETRICS The dosimetrics information is reported by the nano toxicity study
MI-R1.3-324358ad68-I-PROCESSING The processing information is reported by the nano toxicity study
MI-R1.3-324358ad68-I-PROVENANCE The provenance information is reported by the nano toxicity study
MI-R1.3-324358ad68-I-REPLICATES The replicates information is reported by the nano toxicity study
MI-R1.3-324358ad68-I-SAMPLE_CONDITIONS The sample conditions information is reported by the nano toxicity study
MI-R1.3-324358ad68-I-STORAGE The storage information is reported by the nano toxicity study
MI-R1.3-324358ad68-I-SURFACE_CHEMISTRY The surface chemistry information is reported by the nano toxicity study
MI-R1.3-324358ad68-I-SYNTHESIZED_PROPERTIES The synthesized properties information is reported by the nano toxicity study
MI-R1.3-324358ad68-II-CORONA_SEPARATION The corona separation information is reported by the nano toxicity study
MI-R1.3-324358ad68-II-PROTEIN_DIGESTION The protein digestion information is reported by the nano toxicity study
MI-R1.3-324358ad68-II-SAMPLE_CLEANUP The sample cleanup information is reported by the nano toxicity study
MI-R1.3-324358ad68-III-FRAGMENTATION_METHOD The fragmentation method information is reported by the nano toxicity study
MI-R1.3-324358ad68-III-INJECTION_VOLUME The injection volume information is reported by the nano toxicity study
MI-R1.3-324358ad68-III-LC_COLUMN The LC column information is reported by the nano toxicity study
MI-R1.3-324358ad68-III-LC_GRADIENT The LC gradient information is reported by the nano toxicity study
MI-R1.3-324358ad68-III-LC_PLATFORM The LC platform information is reported by the nano toxicity study
MI-R1.3-324358ad68-III-LC_SOLVENTS The LC solvents information is reported by the nano toxicity study
MI-R1.3-324358ad68-III-MSMS_PLATFORM The MS/MS platform information is reported by the nano toxicity study
MI-R1.3-324358ad68-III-MS_ANALYZER_SETTINGS The MS mass analyzer settings information is reported by the nano toxicity study
MI-R1.3-324358ad68-III-MS_SOURCE_SETTINGS The MS source settings information is reported by the nano toxicity study
MI-R1.3-324358ad68-IV-ACCESSION_NUMBER The accession number is reported by the nano toxicity study
MI-R1.3-324358ad68-IV-DATABASE The database information is reported by the nano toxicity study
MI-R1.3-324358ad68-IV-PROTEIN_IDENT_CONFIDENCE The protein identification confidence information is reported by the nano toxicity study
MI-R1.3-324358ad68-IV-QUANTIFICATION The quantification information is reported by the nano toxicity study
MI-R1.3-324358ad68-IV-VALIDATION The validation information is reported by the nano toxicity study
Maturity Indicator ID Maturity Indicator Title Comment
MI-R1.3-1582738113-PCHEM-AUTOIGNITION_TEMPERATURE The auto-ignition temperature is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-BOILING_POINT The boiling point is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-COLOR The color is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-DECOMPOSITION_TEMPERATURE The decomposition temperature is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-DENSITY The density is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-FLAMMABILITY The flammability is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-FLAMMABILITY_LIMIT The flammability limit (lower and upper explosion limit) is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-FLASH_POINT The flash point is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-FREEZING_POINT The freezing point is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-KINEMATIC_VISCOSITY The kinematic viscosity is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-MELTING_POINT The melting point is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-ODOR The odor is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-PARTICLE_CHARACTERISTICS The particle characteristics is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-PARTITION_COEFFICIENT The partition coefficient is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-PH The pH is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-PHYSICAL_STATE The physical state is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-RELATIVE_VAPOUR_DENSITY The relative vapour density is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-SOLUBILITY The solubility is reported by the nano toxicity study
MI-R1.3-1582738113-PCHEM-VAPOUR_PRESSURE The vapour pressure is reported by the nano toxicity study
Maturity Indicator ID Maturity Indicator Title Comment
MI-R1.3-3ce932c4f9-AGGLOMERATION_STATE The nanomaterial's agglomeration state is reported by the nano toxicity study
MI-R1.3-3ce932c4f9-COMPOSITION The nanomaterial's composition is reported by the nano toxicity study
MI-R1.3-3ce932c4f9-PURITY The nanomaterial's purity is reported by the nano toxicity study
MI-R1.3-3ce932c4f9-SHAPE The nanomaterial's shape is reported by the nano toxicity study
MI-R1.3-3ce932c4f9-SIZE The nanomaterial's size is reported by the nano toxicity study
MI-R1.3-3ce932c4f9-SIZE_DISTRIBUTION The nanomaterial's size distribution is reported by the nano toxicity study
MI-R1.3-3ce932c4f9-SOLUBILITY The nanomaterial's solubility is reported by the nano toxicity study
MI-R1.3-3ce932c4f9-STABILITY The nanomaterial's stability is reported by the nano toxicity study
MI-R1.3-3ce932c4f9-SURFACE_AREA The nanomaterial's surface area is reported by the nano toxicity study
MI-R1.3-3ce932c4f9-SURFACE_CHARGE The nanomaterial's surface charge is reported by the nano toxicity study
MI-R1.3-3ce932c4f9-SURFACE_CHEMISTRY The nanomaterial's surface chemistry is reported by the nano toxicity study
MI-R1.3-3ce932c4f9-SURFACE_REACTIVITY The nanomaterial's surface reactivity is reported by the nano toxicity study
Maturity Indicator ID Maturity Indicator Title Comment
MI-R1.3-7a4d616c66-IN_VITRO_SUBJECT_CELL_TYPE The cell type is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VITRO_SUBJECT_CULTURE_TYPE The culture type is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VITRO_SUBJECT_GENOTYPING Genotyping/authenticity is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VITRO_SUBJECT_GROWTH_TYPE The growth rate/doubling time is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VITRO_SUBJECT_MORPHOLOGICAL_APPEARANCE The morphological appearance is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VITRO_SUBJECT_MYCOPLASMA_TESTING Mycoplasma testing is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VITRO_SUBJECT_PASSAGE_NUMBER The passage number is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VIVO_SUBJECT_AGE The test subject's age is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VIVO_SUBJECT_BODY_WEIGHT The test subject's body weight is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VIVO_SUBJECT_HOUSING_FEED The test subject's housing and feed conditions are reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VIVO_SUBJECT_SEX The test subject's sex is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VIVO_SUBJECT_SPECIES The test subject's species is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VIVO_SUBJECT_STRAIN The test subject's strain is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VV_METHODS_ASSAY The type of assay is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VV_METHODS_CONTROLS The negative/positive controls are is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VV_METHODS_DOSE The administered dose/concentration is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VV_METHODS_EXPOSE_TIME The expose time is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VV_METHODS_INTERFERENCE The assessment of interference is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VV_METHODS_MEASUREMENTS The experimental measurements are is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VV_METHODS_NUM_OF_GROUPS The number of treatment groups is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VV_METHODS_NUM_OF_SUBJECTS The number of test subjects is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VV_METHODS_ROA The route of administration is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VV_METHODS_TOX_ENDPOINT The toxicological endpoint is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VV_SUBSTANCE_MOS Information on method of suspension is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VV_SUBSTANCE_NP_SOURCE The nanoparticle source/origin is reported by the nano toxicity study
MI-R1.3-7a4d616c66-IN_VV_SUBSTANCE_PCHEM The physicochemical characterization under biologically relevant conditions is reported by the nano toxicity study
MI-R1.3-7a4d616c66-PCHEM_AGGLOMERATION_STATE The nanomaterial's agglomeration state is reported by the nano toxicity study
MI-R1.3-7a4d616c66-PCHEM_COMPOSITION The nanomaterial's composition is reported by the nano toxicity study
MI-R1.3-7a4d616c66-PCHEM_CRYSTALLINITY The nanomaterial's crystallinity is reported by the nano toxicity study
MI-R1.3-7a4d616c66-PCHEM_PURITY The nanomaterial's purity is reported by the nano toxicity study
MI-R1.3-7a4d616c66-PCHEM_SHAPE The nanomaterial's shape is reported by the nano toxicity study
MI-R1.3-7a4d616c66-PCHEM_SIZE The nanomaterial's size is reported by the nano toxicity study
MI-R1.3-7a4d616c66-PCHEM_SIZE_DISTRIBUTION The nanomaterial's size distribution is reported by the nano toxicity study
MI-R1.3-7a4d616c66-PCHEM_STABILITY The nanomaterial's stability is reported by the nano toxicity study
MI-R1.3-7a4d616c66-PCHEM_SURFACE_AREA The nanomaterial's surface area is reported by the nano toxicity study
MI-R1.3-7a4d616c66-PCHEM_SURFACE_CHARGE The nanomaterial's surface charge is reported by the nano toxicity study
MI-R1.3-7a4d616c66-PCHEM_SURFACE_CHEMISTRY The nanomaterial's surface chemistry is reported by the nano toxicity study
Maturity Indicator ID Maturity Indicator Title Comment
MI-R1.3-57299b68d4-IN_VITRO_ADMINISTRATION_METHOD The administration method is reported by the nano toxicity study (in vitro)
MI-R1.3-57299b68d4-IN_VITRO_DETERMINATION_METHODS The determination methods of the study endpoints are reported by the nano toxicity study (in vitro)
MI-R1.3-57299b68d4-IN_VITRO_DOSE The dose/concentration is reported by the nano toxicity study (in vitro)
MI-R1.3-57299b68d4-IN_VITRO_ENDPOINT_RESULTS The results of the study endpoints are all reported by the nano toxicity study (in vitro)
MI-R1.3-57299b68d4-IN_VITRO_EXPOSURE_DURATION The exposure duration/time-points of observation are is reported by the nano toxicity study (in vitro)
MI-R1.3-57299b68d4-IN_VITRO_NEGATIVE_CONTROLS The negative controls are reported by the nano toxicity study (in vitro)
MI-R1.3-57299b68d4-IN_VITRO_NUMBER_OF_REPLICATES The number of replicates is reported by the nano toxicity study (in vitro)
MI-R1.3-57299b68d4-IN_VITRO_POSITIVE_CONTROLS The positive controls are reported by the nano toxicity study (in vitro)
MI-R1.3-57299b68d4-IN_VITRO_STATISTICAL_METHODS The statistical methods for data analysis are reported by the nano toxicity study (in vitro)
MI-R1.3-57299b68d4-IN_VITRO_SUBSTANCE_CHARACTERIZATION The test substance physiochemical characterization is reported by the nano toxicity study (in vitro)
MI-R1.3-57299b68d4-IN_VITRO_SUBSTANCE_IDINTITY The test substance identity is reported by the nano toxicity study (in vitro)
MI-R1.3-57299b68d4-IN_VITRO_SUBSTANCE_PURITY The test substance purity is reported by the nano toxicity study (in vitro)
MI-R1.3-57299b68d4-IN_VITRO_SUBSTANCE_SOURCE The test substance source is reported by the nano toxicity study (in vitro)
MI-R1.3-57299b68d4-IN_VITRO_SYSTEM_DESCRIPTION The test system description is reported by the nano toxicity study (in vitro)
MI-R1.3-57299b68d4-IN_VITRO_SYSTEM_PROPERTIES The test system properties and conditions of cultivation and maintenance are reported by the nano toxicity study (in vitro)
MI-R1.3-57299b68d4-IN_VITRO_SYSTEM_SOURCE The test system source is reported by the nano toxicity study (in vitro)
MI-R1.3-57299b68d4-IN_VIVO_ADMINISTRATION_METHOD The administration method is reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_DETERMINATION_METHODS The determination methods of the study endpoints are reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_DOSE The dose/concentration is reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_ENDPOINT_RESULTS The results of the study endpoints are all reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_EXPOSURE_DURATION The exposure duration/time-points of observation are is reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_NEGATIVE_CONTROLS The negative controls are reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_NUMBER_OF_SUBJECTS The number of subjects is reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_ORGANISM_AGE The organism age is reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_ORGANISM_SEX The organism sex is reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_ORGANISM_STRAIN The organism strain is reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_ORGANISM_WEIGHT The organism body weight is reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_POSITIVE_CONTROLS The positive controls are reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_SPECIES The species is reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_STATISTICAL_METHODS The statistical methods for data analysis are reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_SUBSTANCE_CHARACTERIZATION The test substance physiochemical characterization is reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_SUBSTANCE_IDINTITY The test substance identity is reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_SUBSTANCE_PURITY The test substance purity is reported by the nano toxicity study (in vivo)
MI-R1.3-57299b68d4-IN_VIVO_SUBSTANCE_SOURCE The test substance source is reported by the nano toxicity study (in vivo)
Maturity Indicator ID Maturity Indicator Title Comment
MI-R1.3-1fb3ef13d0-PCHEM-AGGLOMERATION_STATE The agglomeration state is reported by the nano toxicity study
MI-R1.3-1fb3ef13d0-PCHEM-COMPOSITION The composition is reported by the nano toxicity study
MI-R1.3-1fb3ef13d0-PCHEM-DISPERSIBILITY The dispersibility is reported by the nano toxicity study
MI-R1.3-1fb3ef13d0-PCHEM-PARTICLE_SIZE The particle size is reported by the nano toxicity study
MI-R1.3-1fb3ef13d0-PCHEM-SHAPE The shape is reported by the nano toxicity study
MI-R1.3-1fb3ef13d0-PCHEM-SOLUBILITY The solubility is reported by the nano toxicity study
MI-R1.3-1fb3ef13d0-PCHEM-SURFACE_AREA The surface area is reported by the nano toxicity study
MI-R1.3-1fb3ef13d0-PCHEM-SURFACE_CHARGE The surface charge is reported by the nano toxicity study
MI-R1.3-1fb3ef13d0-PCHEM-SURFACE_CHEMISTRY The surface chemistry is reported by the nano toxicity study
Maturity Indicator ID Maturity Indicator Title Comment
MI-R1.3-d2c4887a02-MAT-COMPOSITION_AND_SYNTHESIS The nanomaterial composition and synthesis is reported by the nano toxicity study
MI-R1.3-d2c4887a02-MAT-COMPOSITION_AND_SYNTHESIS The nanomaterial composition and synthesis is reported by the nano toxicity study