Forensic biology
Quantifying the accuracy of low quality DNA sample analysis from genotyping to genealogical searching and integration as a bioinformatic pipeline
Evaluation of Target Enrichment for SNP Genotyping of Skeletal Remains
Optimizing Analytical Parameters for Detection of Chronic and Single Dose Drug Exposure in Forensic Hair Analysis
Impact of Relic DNA on Forensic Microbiome Applications in Criminal Investigations
Democratizing investigative genetic genealogy
Developmental Validation of a Novel Multi-analyte Recovery Method for Trace Biological Samples
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
Development of computational methods for genetic identification and kinship analysis of forensic samples
Development of a Stable Matrix-Matched Standard for Molecular and Elemental Analysis of Hair in Forensic Toxicology
Evaluation of cell capture and collection from bone
Ontogenetic Study of the Pelvis Through Examination of Interlandmark Distances and Geometric Morphometric Analyses: Implications for Subadult Sex and Age Estimation
STRSeq: FAQ for submitting
An experimental extension to the discrete Laplace method for Y-STR haplotype frequency estimation
Role of Race/Ethnicity, Sex, and Age in Surface-Enhanced Raman Spectroscopy- and Infrared Spectroscopy-Based Analysis of Artificial Colorants on Hair
Molecular genetic characterization of sudden deaths due to thoracic aortic dissection or rupture
Using Exonucleases for Aptamer Characterization, Engineering, and Sensing
Automation of Sexual Assault DNA Processing Increases Efficiency
2023 Graduate Research Symposium and Poster Session
A quantifiler™ trio-based HRM screening assay for the accurate prediction of single source versus mixed biological samples
Embodying Evidence to Action: Tracking the Impact of Three Key NIJ Research Investments; Opening Plenary of the 2023 NIJ Research Conference
This plenary featured three significant areas of NIJ research investment that have had a tremendous impact on both the research community and the field of practice: advances in forensic DNA, police body armor standards, and place-based analyses of public safety. Each topic was explored by a collection of people representing the researcher, practitioner, policymaker, and advocacy perspectives, exploring how evidence generation resulted in changes that improved public safety and yielded more equitable criminal justice outcomes.
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