Research
Identification of Forensically Relevant Fluids and Tissues by Small RNA Profiling
Effective Long-term Preservation of Biological Evidence
Development of Improved Insertion-Deletion Assays for Human and Ancestral Identifications From Degraded Samples
Identifying the Factors Necessary for Successful DNA Profiling From Spent Cartridge Casings
Development of Probe Capture Next-Generation Sequencing Assays for Degraded DNA
Continued Development of FROG-kb: A Forensic Resource/Reference on Genetics Knowledge Base
High Resolution SNP Panels for Forensic Identification of Ancestry, Family, and Phenotype
Use of Pressure Cycling Technology To Enhance DNA Yield and Profile Success in Touch Samples
Proximity Ligation Real Time PCR for the Detection of Spermatozoa
Familial DNA Database Search System-Hardware/Software Integration Project
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
Molecular Autopsy: Identification, Verification and Reporting Of Genetic Markers Associated With Sudden Infant Death Syndrome and Young Sudden Unexplained Death Victims
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
Seven Program Design Features: Adult Drug Court Principles, Research and Practice
Changing Course: Preventing Gang Membership
A new book offers evidence-based principles that can halt the cascading impact of gangs on youth, families, neighborhoods and society at large.
Microbial Communities on Skin Leave Unique Traces at Crime Scenes
Characterizing Microbial Assemblages as Trace Evidence as Following Residential Burglaries
Establishing Exclusion Criteria and the Significance of Inclusion for Complex Low-Template DNA Mixtures
What Works in Reentry
See the YouTube Terms of Service and Google Privacy Policy