DNA fingerprinting
Real-Time Forensic DNA Analysis at a Crime Scene Using a Portable Microchip Analyzer
Multiplex Short Tandem Repeat Amplification of Low Template DNA Samples with the Addition of Proofreading Enzymes
Application of Novel Mini-Amplicon STR Multiplexes to High Volume Casework on Degraded Skeletal Remains
Forensic Science (2007)
Highly Multiplexed Assays for Measuring Polymorphisms on the Y-chromosome
Coomassie Brilliant Blue G-250 Dye: An Application for Forensic Fingerprint Analysis
Duplex Real-Time qPCR Assay for the Quantification of Human Nuclear and Mitochondrial DNA in Forensic Samples: Implications for Quantifying DNA in Degraded Samples
STR Melt Curve Genotyping Assay for Forensic Analysis Employing an Intercalating Dye Probe FRET
Alu Insertion Polymorphisms for the Study of Human Genomic Diversity
Familial DNA Project: Engaging Stakeholders, Sharing Opinions
Effective Strategies for Forensic Analysis in the Mitochondrial DNA Coding Region
Development of DNA Identification Techniques for Forensically Important Insects; Molecular Phylogeny of Chrysomya Albiceps and C. Rufifacies (Diptera: Calliphoridae)
Robust STR Calling From High-Throughput Sequencing Technologies
Advancing the Statistical Interpretation of Forensic DNA Data Samples
Wrongful Convictions: The Latest Scientific Research & Implications for Law Enforcement
What does science tell us about case factors that can lead to a wrongful conviction? Dr. Jon Gould of American University will discuss the findings of the first large-scale empirical study that has identified ten statistically significant factors that distinguish a wrongful conviction from a "near miss." (A "near miss" is a case in which an innocent defendant was acquitted or had charges dismissed before trial). Following Dr. Gould's presentation, Mr. John R.
Review the YouTube Terms of Service and the Google Privacy Policy