Feature Article: Quickly Detecting Cyanide Poisoning After Fires Can Save Lives
S&T CSAC developed a new cyanide detection test method, both affordable and efficient, to test fire survivors for toxic cyanide exposure at the scene.
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S&T CSAC developed a new cyanide detection test method, both affordable and efficient, to test fire survivors for toxic cyanide exposure at the scene.
The threat of chemical and biological attacks poses a major threat to the nation’s population, infrastructure, economy, and security. The Science and Technology Directorate (S&T) partners with authorities nationwide to address needs through technological innovation and research, and equips officials with the resources and information they need to identify, prevent and/or respond to the threat of chemical releases and catastrophic diseases.
DHS SBIR Program is seeking information in three topic areas to support DHS Component technology needs.
S&T's is working on cost-effective technologies to detect chemical and biological threats inside a subway environment.
SEDONA is the result of a joint research and development effort between DHS S&T and our partners at the Los Alamos National Laboratory (LANL).
The Chemical Threat Clustering Tool provides an efficient means of analyzing the exhaustive body of possible threats by identifying representative chemical exemplars for use in threat assessments.
S&T has established the PANTHR program to strengthen customer engagement within the Homeland Security Enterprise (HSE) by aligning chemical and biological hazard awareness and characterization activities to provide timely, accurate, and defensible decision support tools and knowledge to stakeholders.
Detection and Diagnostics focuses on developing tools to rapidly detect and diagnose high-priority and emerging biological and chemical threat agents both in the field and medical practitioner’s office as well as highly characterized microbe repositories for use in validation studies.