DNA extraction
Successful nuclear DNA profiling of rootless hair shafts: a novel approach
Automation of the Differential Digestion Process of Sexual Assault Evidence
In-Field Collection and Preservation of Decomposing Human Tissues to Facilitate Rapid Purification and STR Typing
Impact of DNA Degradation on Massively Parallel Sequencing-based Autosomal STR, iiSNP, and Mitochondrial DNA Typing Systems
An Economical and Efficient Method for Postmortem DNA Sampling in Mass Fatalities
Assessment of Impact of DNA Extraction Methods on Analysis of Human Remain Samples on Massively Parallel Sequencing Success
Differentiation of Human Blood From Animal Blood Using Raman Spectroscopy: A Survey of Forensically Relevant Species
Inter-Sample Contamination Detection Using Mixture Deconvolution Comparison
Assessing Heteroplasmic Variant Drift in the mtDNA Control Region of Human Hairs Using an MPS Approach
A Rapid, Microfluidic Transcriptomic Method for Body Fluid Identification from Forensic Samples
An Affinity-Free, Centrifugal Microfluidic System for Rapid, Automated Differential Extraction
Selectively analyzing and interpreting DNA from multiple donors with a full Single-Cell strategy
Effects of DNA Extraction Methods on Recovery, Degradation, and Loss
Combined Extraction Method for Mitochondrial DNA and Proteins from Hair for Human Identification
Evaluation and Optimization of DNA Recovery and Amplification From Bullet Cartridge Cases
Validating Sonication as a DNA Extraction Method for Use With Carrion Flies
Just Science: DNA: Just Improving Workflow Efficiency
Validation of a Probe Capture Next-Generation Sequencing Assay for Whole Mitochondrial Genome Analysis
Application of the Human Virome to Touched Objects and Hair Shafts
Optimizing the Analysis of DNA From Burned Bone Using Ancient DNA Techniques
Verification and evaluation of a miRNA panel for body fluid identification using DNA extracts
Adaptation of the DNAse I procedure to the Biomek NXP robotic platform for more efficient and automated sexual assault sample processing
Supporting States to Test Sexual Assault Evidence
Crime laboratory and law enforcement personnel from three states discuss the value the NIJ-FBI Sexual Assault Kit Partnership to test sexual assault evidence and obtain investigatory leads.
During this partnership, NIJ is working with the FBI Laboratory in Quantico, Virginia, to test eligible kits from law enforcement agencies and laboratories across the country and develop best practices that can improve the quality and speed of sexual assault kit processing.
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