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The table captures each laboratory’s location and point of contact, links (where available), and a description of services such as toxin and biomarker analysis, fish-tissue assessment method development, and environmental monitoring sample testing. 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These efforts support emergency response events, health studies, and surveillance to improve diagnostic testing for human exposure to algal toxins. | Algal/cyanotoxin\u003Cbr>analysis in human\u003Cbr>clinical specimens | Brevetoxin, microcystins, PSP | Y | Sometimes |  |\n| EPA | Office of Research and Development, Center for\u003Cbr>Environmental Monitoring and Modeling | 26 W. Martin Luther King Drive (MSL587), Cincinnati, OH 45268; POC Jingrang Lu | No website | Research laboratory performing analysis of samples associated with environmental measurements and monitoring of cyanotoxin water column, sediment, fish tissue, and periphyton. Also is developing a method to assess toxins in fish tissue. | ELISA for fish tissue |  | N | Y |  |\n| EPA | Office of Research and Development, Center for Environmental Solutions and Emergency Response | 26 W. Martin Luther King Drive (MSL587), Cincinnati, OH 45268; POC Toby Sanan | No website | Research laboratory performing analysis of samples associated with environmental measurements and monitoring of cyanotoxin water column, sediment, fish tissue, and periphyton. Also is developing a method to assess toxins in fish tissue. | LC-MS/MS method\u003Cbr>development for fish tissue |  | N | Y |  |\n| EPA | EPA New England Regional Laboratory | 11 Technology Drive;\u003Cbr>North Chelmsford, MA 01863 | [https://www.epa](https://www.epa).\u003Cbr>gov/aboutepa/about-region-1s-newengland-regional-laboratory | Staff conduct field and laboratory studies to: monitor and analyze environmental conditions to determine human health risk and ecological health; determine compliance with environmental laws and regulations; measure environmental benefits and our programs' progress; and identify emerging threats to the environment or public health. | ELISA for fish tissue |  | N | Y |  |\n| FDA | FDA Center for Food Safety and Applied Nutrition, Office of Regulatory Science, Division of Analytical Chemistry, Methods Development Branch | 5001 Campus Drive, College Park, MD 20740; POC: Jonathan Deeds | [https://www.fda.gov/about-fda/fda](https://www.fda.gov/about-fda/fda)organization/center-food-safetyand-applied-nutrition-cfsan | Research laboratory developing and validating methods of analysis for marine and freshwater toxins in FDA regulated products including foods, primarialy seafood, and dietary supplements. Sample analysis in support of illness investigationsand regulatory compliance, as needed. | ELISA, functional (in\u003Cbr>vitro) bioassays, HPLCUV and FLD, LCMS/MS, LC-HRMS | ASP, AZP, DSP, PSP, microcystins, anatoxin, cylindropsermopsin, palytoxin, tetrodotoxin | N | Y | Collaborates with academic and Federal partners on research topics of common interest. Assist state and Federal agencies with regulatory analyses as needed. |\n| FDA | FDA Center for Food Safety and Applied Nutrition, Gulf Coast Seafood Laboratory, Office of Food Safety, Division of Seafood Science and Technology, Chemical Hazards Science Branch | One Iberville Drive, Dauphin Island, AL 36528; POC: Ronald Benner | [https://www.fda.gov/about-fda/fda](https://www.fda.gov/about-fda/fda)organization/center-food-safetyand-applied-nutrition-cfsan | Research laboratory develo","cbCaifxmx01KDfPH","https://ap.wps.com/l/cbCaifxmx01KDfPH","pdf",67989,"English","# Laboratory Inventory Overview\n## Federal agencies and laboratories\n## Services and toxin targets\n## Biospecimen coverage and notes","[{\"question\":\"What information does the laboratory inventory spreadsheet include for each facility?\",\"answer\":\"For each federal laboratory, it lists the agency, laboratory name, contact information and point of contact, a website URL when available, the laboratory’s about/mission statement, and specific services and toxin targets.\"},{\"question\":\"Which services and analysis methods are referenced across the listed laboratories?\",\"answer\":\"The sheet references methods such as ELISA, functional in-vitro bioassays, HPLC-UV/FLD, LC-MS/MS and LC-HRMS, and method development for assessing cyanotoxins in different sample types like water column, sediment, fish tissue, and periphyton.\"},{\"question\":\"How does the document indicate whether human or animal biospecimens can be handled?\",\"answer\":\"It uses explicit columns for human biospecimens and animal biospecimens, marked as available or sometimes/yes or no depending on the laboratory.\"}]","IWG HABHRCA Lab Inventory Spreadsheet - Laboratory inventory for toxins and biospecimens | PDF"]