Mitochondrial DNA
Deep Sequencing Provides Comprehensive Multiplex Capabilities
Questioning the prevalence and reliability of human mitochondrial DNA heteroplasmy from massively parallel sequencing data
Improved visibility of character conflicts in quasi-median networks with the EMPOP NETWORK software
Optimization and Validation of a Probe Capture/NGS Assay for Sequencing the Whole Mitochondrial Genome on Forensically Relevant Samples
Characterizing the Frequency of Heteroplasmy in Mitochondrial DNA of Tissues Using Next-Generation Sequencing
Using Clonal Massively Parallel Sequencing to Characterize Heteroplasmy in the mtDNA of Human Head Hair, Pubic Hair, and Buccal Samples
Mitochondrial DNA Control Region Variation from Samples of the Moroccan Population
Characterization of Mitochondrial DNA Control Region Lineages in Iraq
Optimization of Primer-specific Filter Metrics for the Assessment of Mitochondrial DNA Sequence Data
Mitochondrial DNA Analysis by Denaturing High-Performance Liquid Chromatography for the Characterization and Separation of Mixtures in Forensic Samples
Guiding Interpretation: Leveraging High-Density SNP Data from Major U.S. Populations for Forensic Genetic Analyses
Standard Reference Material 2372a Human DNA Quantitation Standard
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...