New Antibiotic Resistance Case Study for Dual-Use Education
The Federation of American Scientists has added a fifth Case Study to our Dual-Use Research education series. This new case study focuses on the work of Dr. Stuart Levy of Tufts University School of Medicine in antibiotic resistance. Dr. Levy is also a member of the National Science Advisory Board for Biosecurity (NSABB).
Dr. Levy’s lab identified a gene in Yersinia pestis, the causative agent of plague, that was similar to an E. coli multiple antibiotic resistance gene. A non-virulent strain of Y. pestis overexpressing the gene was resistant to several common antibiotics, including those typically used to treat plague infection. The case study includes a history of antibiotics and resistance, a description of the experiments as well as an in-depth interview with Dr. Levy discussing the work, its implications, and his perspectives on dual-use research. Dr. Levy is also one of the members of the NSABB, which is involved in developing strategies for oversight of dual-use research.
FAS is has also launched a survey for the case studies. To thank participants for completing the survey, we will enter them into a drawing for an 8GB iPod nano. Click here to go to the case studies or here to go directly to the survey. The survey is open through May 31, 2007.
The first four case studies include an introduction to biosecurity, the poliovirus synthesis experiments conducted in Eckard Wimmer’s laboratory at the State University of New York at Stony Brook; the porous particle development work of David Edwards at Harvard University; and the mousepox experiments conducted by two Australian researchers, Ron Jackson and Ian Ramshaw.
A military depot in central Belarus has recently been upgraded with additional security perimeters and an access point that indicate it could be intended for housing Russian nuclear warheads for Belarus’ Russia-supplied Iskander missile launchers.
The Indian government announced yesterday that it had conducted the first flight test of its Agni-5 ballistic missile “with Multiple Independently Targetable Re-Entry Vehicle (MIRV) technology.
While many are rightly concerned about Russia’s development of new nuclear-capable systems, fears of substantial nuclear increase may be overblown.
Despite modernization of Russian nuclear forces and warnings about an increase of especially shorter-range non-strategic warheads, we do not yet see such an increase as far as open sources indicate.