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Potential Effects Of Ionizing Radiation On The Evidentiary Value Of Dna, Latent Fingerprints, Hair, And Fibers: A Comprehensive Review And New Results, Keith L. Monson, Sherine Ali, Michael D. Brandhagen, Martine C. Duff, Constance L. Fisher, Karen K. Lowe, Carna E. Meyer, Maria A. Roberts, Kyle R. Tom, Aaron L. Washington Ii
Potential Effects Of Ionizing Radiation On The Evidentiary Value Of Dna, Latent Fingerprints, Hair, And Fibers: A Comprehensive Review And New Results, Keith L. Monson, Sherine Ali, Michael D. Brandhagen, Martine C. Duff, Constance L. Fisher, Karen K. Lowe, Carna E. Meyer, Maria A. Roberts, Kyle R. Tom, Aaron L. Washington Ii
United States Department of Justice: Publications and Materials
An extensive literature review and new post-irradiation experimental results are presented of genotyping blood stains and hair, and physical examinations of latent fingerprints, hairs, and fibers. Results indicate that successful development of nuclear short tandem repeat (STR) and mitochondrial DNA sequence profiles from human blood and hair evidence is possible—up to a point—following exposure to gamma, neutron, beta, and alpha radiation at several levels that would most likely be present at this type of crime scene (i.e., a “dirty bomb,” etc.). Commencing at gamma radiation levels between 90 and 900 kGy, DNA analysis using conventional DNA techniques was unsuccessful. In …