DNA (Deoxyribonucleic Acid)
Advanced Forensic Genetic Genealogy
George Mason University and the National Association of Attorneys General presents the National Center on Forensics Continued Training Plan to provide additional training sessions for more advanced information on the topics covered in the conference. In this training session, Dr. Mark Wilson will discuss how DNA is used to generate data for use in FGG.
This event was hosted by the National Center on Forensics under an award from the National Institute of Justice.
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DNA Mixtures
George Mason University and the National Association of Attorneys General presents the National Center on Forensics Continued Training Plan
See the YouTube Terms of Service and Google Privacy Policy
A DNA Barcoding Strategy for Blow and Flesh Flies Encountered during Medicolegal Casework
Analyzing and interpreting deoxyribonucleic acid from multiple donors using a forensically relevant single-cell strategy
Direct Comparison of Body Fluid Identification Technologies
Forensic investigators now have more information on the performance of identification technologies for biological fluids.
Large-scale Selection of Highly Informative Microhaplotypes for Ancestry Inference and Population Specific Informativeness
Guiding Interpretation: Leveraging High-Density SNP Data from Major U.S. Populations for Forensic Genetic Analyses
Enhancing Genetic and Epigenetic Sample Preparation with Microfluidics
Differential DNA Preservation of Thermally Altered Tissue and Bone
Standard Reference Material 2372a Human DNA Quantitation Standard
Decreased Accuracy of Forensic DNA Mixture Analysis for Groups with Lower Genetic Diversity
DNA backlog reduction strategy: Law enforcement agency partnerships for a successful biological screening laboratory
Forensic Biology Research and Development at NIJ
Forensic Biology involves the collection, study, and analysis of biological material on evidence from crime scenes to provide unbiased, scientific reports for a criminal or civil court case to give a better understanding of the crime that occurred. Historically, one of the earliest forensic biologists was Sir Alec Jeffreys in 1985 using DNA fingerprinting or DNA typing to individually identify humans.[1] He targeted variable...
An Assessment of the Performance Limitations of the Integrated Quantifiler™ Trio-HRM Assay: A Forensic Tool Designed to Identify Mixtures at the Quantification Stage
Statistical Methods for Discrimination of STR Genotypes Using High Resolution Melt Curve Data
Droplet digital PCR: assessing the increased performance for DNA quantification in forensic science
Age estimation from epigenetic features of hair DNA
The Impact of Processing and Sampling Procedures on the Integrity of Forensically Relevant Biomolecules in Bones
Best Practices for Forensic Laboratories Adopting Probabilistic Genotyping Systems