Next Generation Sequencing in Forensic Science prepares practitioners and students to utilize and implement this new technology into their lab casework for forensic investigations, highlighting early applications of how NGS results have been used in court.
Next Generation Sequencing in Forensic Science prepares practitioners and students to utilize and implement this new technology into their lab casework for forensic investigations, highlighting early applications of how NGS results have been used in court.
Dr. Kelly Elkins is an Associate Professor of Chemistry at Towson University and a founding editor-in-chief of the Journal of Forensic Science Education. Dr. Cynthia Zeller is an Associate Professor of Chemistry at Towson University.
Inhaltsangabe
1. History of DNA-Based Human Identification in Forensic Science 2. History of Sequencing for Human DNA Typing 3. Sample Preparation, Standards, and Library Preparation for Next Generation Sequencing 4. Performing Next Generation Sequencing 5. Next Generation Sequencing Data Analysis and Interpretation 6. Next Generation Sequencing Troubleshooting 7. Mitochondrial DNA Typing Using Next Generation Sequencing 8. Microbial Applications of Next Generation Sequencing for Forensic Investigations 9. Body Fluid Analysis Using Next Generation Sequencing 10. Conclusions and Future Outlook of Next Generation Sequencing in Forensic Science
1. History of DNA-Based Human Identification in Forensic Science 2. History of Sequencing for Human DNA Typing 3. Sample Preparation, Standards, and Library Preparation for Next Generation Sequencing 4. Performing Next Generation Sequencing 5. Next Generation Sequencing Data Analysis and Interpretation 6. Next Generation Sequencing Troubleshooting 7. Mitochondrial DNA Typing Using Next Generation Sequencing 8. Microbial Applications of Next Generation Sequencing for Forensic Investigations 9. Body Fluid Analysis Using Next Generation Sequencing 10. Conclusions and Future Outlook of Next Generation Sequencing in Forensic Science
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