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DNA firms step up security over bioterrorism threat
Until recently, designer DNA companies were rather relaxed about who was buying their products, and many refused to check their orders for potentially dangerous DNA sequences; this is changing, and the industry association in which many of these companies are members is leading a drive to increase security
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Drug-resistant plague may be a bioterrorism concern
Researchers at Weill Cornell Medical College have located a gene that could mutate to make Yersinia pestis resistant to many common drugs; the bacteria might be used as a potential bioterrorism agent
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New York officials want Plum Island to remain a Level-3 BioLab
DHS is considering upgrading the Plum Island BioLab from Level-3 to Level-4 so it could conduct research into the deadliest diseases; the department argues that Plum Island’s relative isolation would make an accidental pathogen release less costly relatively to such release from a mainland-based lab; New York officials strongly disagree
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Blumenthal: Impact statement regarding Plum Island seriously flawed
Connecticut’s attorney general: “[DHS’s] draft environmental impact statement is profoundly flawed — factually deficient, and legally insufficient — mis-assessing the monstrous risks of siting a proposed national bio- and agro-defense facility on Plum Island”
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Lawrenceville, PA bioterror lab opening on hold indefinitely
A state-of-the-art, $5.6 million BioLevel 3 lab was supposed to open in Lawrenceville, Pennsylvania, in 2002;
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Detecting disease in less than 60 seconds
Traditional testing for disease outbreak or bioterror attack can take days — even weeks — to confirm a diagnosis and isolate those infected; we may not have that much time, and University of Georgia researchers develop a quicker virus identification method
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Scientists use bacteria to pinpoint chloride toxins
Chloride toxins are carcinogens and dangerous to the environment; they may contaminate food, or used to poison people intentionally (as was the case with Ukrainian president Viktor Yuschenko in 2004; the Russian secret service is suspected of trying to kill him); scientists are using the sensor with which bacteria detect chloride compounds to devise an early detection system
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The science behind the anthrax investigation
For seven years researchers at Sandia National Laboratories worked in secrecy on developing method to identify atnthrax spores; sensitive transmission electron microscopy (TEM) allowed researchers to connect the anthrax attacks to the same source
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Science and the anthrax case: Case closed?
The authoritative scientific journal Nature says that the FBI’s evidence against Bruce Ivins is impressive, but that the case is not closed as many important questions remain unanswered
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Rapid test for pathogens developed by K-State researchers
Could be used to detect diseases used by bioterrorists
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Decision on national biolab nears
Five states are vying to host to new, $450 million national biolab which will replace the aging Plum island facility; some lawmakers are questioning the selection process: an internal DHS review ranked the Mississippi site in Flora 14th out of 17 sites originally considered, yet it made it to the final five
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UNDT provides anthrax detection gear to Beijing Olympics
Universal Detection Technology delivers anthrax detection equipment to Beijing; the detection equipment is capable of detecting not only anthrax, but also ricin toxin, botulinum toxin, plague, and SEBs
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New DNA sequencing techniques convince FBI of Ivins's culpability
Since 2001 techniques for sequencing microbial DNA have vastly improved and there has been a massive effort to sequence more anthrax samples
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New virus fights other viruses by spreading at their expense
Newly discovered virsu may help fight viral infections by hijacking the replication machinery of the lethal viruses; the new virsus — called Sputnik — is the first member of a new class they call “virophages”
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IG says delays in bioterrorism lab threatened D.C.'s capabilities
Washington, D.C. took ownership of the 5,285-square-foot Biosafety Level 3 lab, in which dangerous pathogens such as anthrax, tuberculosis, typhus, and yellow fever can be quickly analyzed; trouble is, the project is nine years behind schedule
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