BioterrorismNew testing capabilities for bioterror threats
Research presented at the 13th Medical Biodefense Conference in Munich says that Abbott’s PLEX-ID system provides reliable and rapid results for key microbial biothreat agents and should be considered as a first line analytical tool for biodefense, biosecurity, and microbial forensics programs
Research presented at the 13th Medical Biodefense Conference in Munich claims that Abbott’s PLEX-ID system provides reliable and rapid results for key microbial biothreat agents and should be considered as a first line analytical tool for biodefense, biosecurity, and microbial forensics programs. The meeting is a global congress for civilian and military researchers covering the latest developments in the diagnosis, therapy and prevention of diseases caused by dangerous pathogens.
“An essential component for robust defense against bioterrorism is to develop rapid microbial forensic diagnostic capabilities so threats can be identified with prompt and appropriate actions taken in response,” said Bruce Budowle, Ph.D., professor, forensic and investigative genetics, University of North Texas Health Sciences Center, speaking at a symposium sponsored by the German Society for Military Medicine and Pharmacy. “The PLEX-ID is a versatile instrument system and when coupled with the Biothreat Assay showed broad detection capability for a wide range of deadly and crippling microbes that could be used in a bioterrorism attack.”
The company says that the PLEX-ID Biothreat Assay rapidly identifies seventeen different biothreat pathogens without the need for time consuming culture testing. A variety of specimens including blood, food, water, and air filter samples can be analyzed, and definitive results can be generated in less than eight hours.
Carson D. Baldwin, Ph.D., research chemist, U.S. Army Medical Research Institute for Infectious Diseases (USAMRIID), presented results of an evaluation of the PLEX-ID Biothreat Assay in which several different panels of specimens were analyzed utilizing the Biothreat Assay. The specimens contained pathogenic bacteria and viruses that could be used by terrorists to cause anthrax, cholera, and other diseases. In the evaluation, PLEX-ID correctly detected and identified all the targeted bacteria and viruses including several important subspecies.
Rapid identification and characterization of potential biothreat agents is critical and was cited by speakers at the Medical Biodefense Conference as an attribute of the PLEX-ID system.
