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nano-TAB v0.5 Specification Development Effort Weekly Meeting June 8, 2010
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Agenda Review NTP Study and Example Files Follow-up on Actions Review Project Status and Discuss Next Steps
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NTP Fullerene-C60 Study
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Toxicology/Carcinogenicity Studies
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13-Week Toxicity Study Protocol
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DRAFT Investigation and Studies (1 of 2) INVESTIGATION TITLE: 90 Day Toxicity Study for Nanoscale material (Fullerene-C60) DESCRIPTION: Obtain toxicological data and determine the treatments for each strain and species to be used in the 2-year toxicology/carcinogenesis study STUDY #1: TITLE: Standard Toxicology and Carcinogenesis Studies DESCRIPTION: Analysis of rats and mice of both sexes exposed to concentrations of fullerene-C60 for a period of 13 weeks. DESIGN: exposure; time course; compound based treatment FACTORS: duration of exposure; dose; compound; strain; sex ASSAYS: ASSAY MEASUREMENTS: body weight ASSAY TECHNOLOGY TYPE: PROTOCOLS: PROTOCOL NAME: 13-Week Toxicity Study PROTOCOL PARAMETERS: duration of exposure; compound; dose; route of exposure; strain; sex; diet; cage group; sacrifice method
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DRAFT Investigation and Studies (2 of 2) STUDY #2: TITLE: Genetic Toxicology Study DESCRIPTION: Analysis of the frequency of micronucleated erythrocytes in rats and mice of both sexes exposed to concentrations of fullerene-C60 for a period of 13 week as an in vivo measure of genotoxic potential DESIGN: exposure; time course; compound based treatment FACTORS: duration of exposure; dose; compound; strain; sex ASSAYS: ASSAY MEASUREMENTS: total MN cells, percent PCD, MC cells per 1000 ASSAY TECHNOLOGY TYPE: PROTOCOLS: PROTOCOL NAME: 13-Week Toxicity Study PROTOCOL PARAMETERS: duration of exposure; compound; dose; route of exposure; strain; sex; diet; cage group; sacrifice method
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DRAFT NTP Investigation File (1 of 3)
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DRAFT NTP Investigation File (2 of 3)
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DRAFT NTP Investigation File (3 of 3)
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Study Samples Nanomaterial SOURCE: 99685-96-8 SAMPLE NAME: 99685-96-8 MATERIAL TYPE: fullerene CHARACTERISTICS: description: fullerene C-60 number of carbons: 60 Diameter (?): 1 micron; 50 nanometers Biological Material SOURCE: B6C37.1..1000+; Wistar.1.1000+; (Animal ID 1..1000+) SAMPLE NAME: B6C37.1..1000+; Wistar.1.1000+; (Animal ID 1..1000+) MATERIAL TYPE: whole organism CHARACTERISTICS organism: mice; rats strain: B6C3F1; Wistar Han sex: male; female PROTOCOL REF PARAMETER VALUE compound: 99685-96-8 duration of exposure: 90 days FACTOR VALUE dose: vehicle control; 0.5; 2.0 unit: mg/m3
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Study-Sample Files - Material
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Study-Sample Files - Animals (1 of 2)
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Study-Sample Files- Animals (2 of 2)
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Standard Toxicology & Carcinogenesis Studies
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Study Search Criteria
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Body Weight Results
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Body Weight Assay File (1 of 2)
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Body Weight Assay File (2 of 2)
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Micronucleus Study
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Micronucleus Study Search
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Summary Results
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Detailed Results
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Individual Animal Data
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Micronucleus Assay File TBD
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Agenda Review NTP Study and Example Files Follow-up on Actions Review Project Status and Discuss Next Steps
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Follow-up on Actions ActionAssigned To Draft example files for the NTP dataSharon Gaheen Identify top ten (10) nanotechnology assays leveraging ASTM protocolsStacey Harper Marty Fritts Continue to update nano-TAB filesSharon Gaheen Stacey Harper Continue to update the NPO in support of nano-TAB termsDennis Thomas
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Agenda Review NTP Study and Example Files Follow-up on Actions Review Project Status and Discuss Next Steps
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Project Status
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Next Steps Continue review/update of nano-TAB files Update files based on feedback from the 6/11 ISA-TAB discussion Create assay files for prioritized ASTM assays Continue drafting assays files for NTP nanomaterial studies and review with the NTP Continue collaborations with the ISA-TAB organization Schedule next meeting for early June (est. June 11) Obtain overview of ISA-TAB tools Continue updating NPO in support of nano-TAB ontology needs Begin drafting nano-TAB specification (https://gforge.nci.nih.gov/docman/view.php/69/21873/nano-TAB_v0.5_specification.doc)https://gforge.nci.nih.gov/docman/view.php/69/21873/nano-TAB_v0.5_specification.doc Specification Summary – Sharon Gaheen Section 1: Introduction – Stacey Harper Section 2: nano-TAB Structure – Sharon Gaheen, Stacey Harper, and Raul Cachua (Structures) Section 3: Relationships to Standards – Dennis Thomas, Nathan Baker (ASTM) Section 4: nano-TAB Details - Sharon Gaheen, Stacey Harper, Dennis Thomas, and Raul Cachua (Structures) Section 5: References – TBD Document Review – All Team Members Review/update nano-TAB timeline Next meeting: Tuesday, June 15, 11:00-12:00
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References Nano-TAB http://gforge.nci.nih.gov/docman/index.php?group_id=69&selected_doc_group_id= 5653&language_id=1http://gforge.nci.nih.gov/docman/index.php?group_id=69&selected_doc_group_id= 5653&language_id=1 LS DAM Nano Subdomain https://gforge.nci.nih.gov/plugins/scmsvn/viewcvs.php/*checkout*/requirements/LS DAM%20R1_2.EAP?root=lsdamhttps://gforge.nci.nih.gov/plugins/scmsvn/viewcvs.php/*checkout*/requirements/LS DAM%20R1_2.EAP?root=lsdam caBIG ICR Nano Data Standards Document http://sites.google.com/site/cabignanowg/data-sharing-and-nanotechnology- standards/data-sharing-standardshttp://sites.google.com/site/cabignanowg/data-sharing-and-nanotechnology- standards/data-sharing-standards MAGE-TAB http://www.mged.org/mage-tab/MAGE-TABv1.0.pdf http://www.mged.org/mage-tab/spec1.0.html ISA-TAB http://isatab.sourceforge.net/
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