Microbial Forensics

1. The Kameido anthrax incident: a microbial forensic case studyARNOLD F. KAUFMANN AND PAUL KEIM2. The FBI's Amerithrax Task Force and the advent of microbial forensicsR. SCOTT DECKER AND TERRY L. KERNS3. Microbial forensic investigation of the anthrax letter attacks: how the investigation would differ using today's technologiesPAUL J. JACKSON4. Foodborne outbreaksE.W. BROWN AND M.W. ALLARD5. Forensic plant pathologyJACQUELINE FLETCHER, NEEL G. BARNABY, JAMES BURANS, ULRICH MELCHER, DOUGLAS G. LUSTER, FORREST W. NUTTER, JR., HARALD SCHERM, DAVID G. SCHMALE, III, CARLA S. THOMAS, AND FRANCISCO M. OCHOA CORONA6. Microbial source tracking: characterization of human fecal pollution in environmental waters with HF183 quantitative real-time PCRORIN C. SHANKS AND ASJA KORAJKIC7. Influenza forensicsANGELA CHOI AND ADOLFO GARCÍA-SASTRE8. Forensic public health: epidemiological and microbiological investigations for biosecurityALI S. KHAN, PHILIP S. AMARA, AND STEPHEN A. MORSE9. Forensic analysis in bacterial pathogensPAUL KEIM, JASON W. SAHL, TALIMA PEARSON, AMY VOGLER, CHARLES H. WILLIAMSON, DAWN BIRDSELL, RICHARD T. OKINAKA, JEFFREY T. FOSTER, AND DAVID M. WAGNER10. Genomic epidemiology and forensics of fungal pathogensDAVID M. ENGELTHALER AND ANASTASIA P. LITVINTSEVA11. Forensic human identification using skin microbiome genetic signaturesSARAH E. SCHMEDES, AUGUST WOERNER, AND BRUCE BUDOWLE12. Using microbiome tools for estimating the postmortem intervalHEATHER DEEL, SIBYL BUCHELI, AERIEL BELK, SAM OGDEN, AARON LYNNE, DAVID O. CARTER, ROB KNIGHT, AND JESSICA L. METCALF13. Select methods for microbial forensic nucleic acid analysis of trace and uncultivable specimensRACHEL E. KIESER AND BRUCE BUDOWLE14. The use of host factors in microbial forensicsSTEVEN E. SCHUTZER15. Toxin analysis using mass spectrometryTHOMAS A. BLAKE, SUZANNE R. KALB, RUDOLPH C. JOHNSON, AND JOHN R. BARR16. Ricin forensics: comparisons to microbial forensicsJEFFREY T. FOSTER, ROBERT L. BULL, AND PAUL KEIM17. Proteomics for bioforensicsERIC D. MERKLEY, BROOKE L. DEATHERAGE KAISER, DAVID S. WUNSCHEL, AND KAREN L. WAHL18. Rapid bacterial typing in the postgenomic era: developments in computational methodsHECTOR F. ESPITIA-NAVARRO, LAVANYA RISHISHWAR, LEONARD W. MAYER, AND I. KING JORDAN19. GenomicsTOM SLEZAK, JONATHAN ALLEN, AND CRYSTAL JAING20. Design of genomic signatures for pathogen identification and characterizationTOM SLEZAK, BRADLEY HART, AND CRYSTAL JAING21. Collection and preservation of microbial forensic samplesJENIFER A.L. SMITH22. Assessment of the threatJENIFER A.L. SMITH AND DAVID R. HODGE23. Scientific testimonial standards for microbial forensic evidenceSTEPHAN P. VELSKO24. Inferential validation and evidence interpretationSTEPHAN P. VELSKO25. Microbial forensic investigations in the context of bacterial population geneticsPAUL KEIM, TALIMA PEARSON, BRUCE BUDOWLE, MARK WILSON, AND DAVID M. WAGNER26. Use of microbial forensics data in scientific, legal, and policy contextsCHRISTOPHER A. BIDWELL AND RANDALL MURCH27. Lessons for expert witnessesSTEPHEN A. SALTZBURG28. Select agent regulationsSTEPHEN A. MORSE AND BERNARD R. QUIGLEY29. Biorepositories and their foundationFRANK P. SIMIONE, RICHARD R. VINES, AND TED D. MULLINS30. The National Bioforensic Analysis CenterJAMES BURANS, JENNIFER S. GOODRICH, ROBERT L. BULL, AND NICHOLAS H. BERGMAN31. An international microbial forensics research strategy and its collaborative pursuit is neededRANDALL MURCH AND BRUCE BUDOWLE32. Education and training in microbial forensicsSTEVEN B. LEE, DEETTA K. MILLS, STEPHEN A. MORSE, STEVEN E. SCHUTZER, BRUCE BUDOWLE, AND PAUL KEIM33. Microbial forensics: what next?STEPHEN A. MORSE, BRUCE BUDOWLE, AND STEVEN E. SCHUTZER