DNA (Deoxyribonucleic Acid)
Development of Reference Sample DNA Profiling for Databases Using Next Generation Sequencing Technologies
Advancing Probabilistic Approaches to Interpreting Low-template DNA Profiles and Mixtures: Developing Theory, Implementing Practice
DNA Profiling of Complex Biological Mixtures using HLA-Antibody Probes and Fluorescence Activated Cell Sorting
DNA Forensics Using Single Molecule Technology: From DNA Recovery and Extraction to Genotyping Degraded and Trace Evidence Without PCR
Rapid and Selective Extraction of Male DNA from Rape Kits and Other Forensic Evidence Using Pressure Cycling
Pre-Extraction Separation of Mixed Source DNA Samples Through Micromanipulation and Direct PCR Short Tandem Repeat Typing of Cells
The Physical Separation and Single Source DNA Profiling of Individual Mixture Components by RNA in situ Hybridization-Based Cell Type Identification
Microbial Communities on Skin Leave Unique Traces at Crime Scenes
Establishing Exclusion Criteria and the Significance of Inclusion for Complex Low-Template DNA Mixtures
Forensic Science Research and Development Technology Working Group: Operational Requirements
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Four Model Variants Within a Continuous Forensic DNA Mixture Interpretation Framework: Effects on Evidential Inference and Reporting
The Value of Nonhuman Animal Models in Forensic Decomposition Research
Scientific inquiry into the process of decomposition has studied a wide range of mammals and developed a fundamental understanding of the stages of decomposition, but forensic scientists should use caution in applying nonhuman data to human bodies.