DNA (Deoxyribonucleic Acid)
Impact of Relic DNA on Forensic Microbiome Applications in Criminal Investigations
Quantitative and visual prediction of eye, hair and skin color from DNA
The sexual assault microbiome: Detecting contact when minimal male DNA is present.
High-quality data from a forensically relevant single-cell pipeline enabled by low PBS and proteinase K concentrations
Alternative direct-to-amplification sperm cell lysis techniques for sexual assault sample processing
Cold Cases and Serial Killers, Part 1
In April 2018, the Golden State Killer, Joseph DeAngelo was arrested. NIJ support helped lead to his arrest, and in the aftermath of the arrest, NIJ Social Science Analyst Eric Martin was among those tasked with finding other cases NIJ helped law enforcement solve. Eric joins the show to talk about some of those cases, and answer some broader questions about serial killers: What is a serial killer? Are they on the rise? How do we know how many serial killers are currently active?
Optimizing New STRs for Enhanced DNA Mixture Deconvolution
Capturing nuclear DNA from hair shafts
Use of MicroRNA Expression in DNA extracts to Predict Body Weight Class in Forensic Samples
Developmental Validation of a Novel Multi-analyte Recovery Method for Trace Biological Samples
Time Since Deposition for Touch DNA Evidence
Evaluation of cell capture and collection from bone
Development of computational methods for genetic identification and kinship analysis of forensic samples
STRSeq: FAQ for submitting
An experimental extension to the discrete Laplace method for Y-STR haplotype frequency estimation
Using Exonucleases for Aptamer Characterization, Engineering, and Sensing
Automation of Sexual Assault DNA Processing Increases Efficiency
Automation of Sexual Assault DNA Processing Increases Efficiency
New tool for DNA extraction improves workflow without sacrificing quality.
Embodying Evidence to Action: Tracking the Impact of Three Key NIJ Research Investments
A Quantifiler™ Trio-based HRM Screening Assay for the Accurate Prediction of Single Source Versus Mixed Biological Samples
Can Science Enhance Equity? Findings and Implications From a Study To Detect Bruising on Victims with Dark Skin Pigmentation
This plenary panel from the 2023 NIJ Research Conference features fascinating research on a methodology to improve the detection and documentation of bruises on victims of violence who have dark skin pigmentation. This study highlights the intersection between science, justice, and racial equity, featuring practitioner and victims’ advocacy perspectives. The discussion describes the research and its findings and explore strategies to ensure that this particular evidence-based methodology can be widely implemented by nurse practitioners in the field.
Participants:
See the YouTube Terms of Service and Google Privacy Policy