DNA fingerprinting
Integrated Sample Cleanup and Capillary Array Electrophoresis Microchip for Forensic Short Tandem Repeat Analysis
Modelling Heterozygote Balance in Forensic DNA Profiles
Radial Spoke Protein 44 (Human Meichroacidin) is an Axonemal Alloantigen of Sperm and Cilia
Advances in Forensic DNA Quantification: A Review
Surface Modification of Poly-(Methyl Methacrylate) for Improved Adsorption of Wall Coating Polymers for Microchip Electrophoresis
California: Forensic DNA Laboratory Improvement Project
Florida DNA Backlog Reduction Program (In-House Analysis)
Evaluation and Quantification of Nuclear DNA From Human Telogen Hairs
Mitochondrial Genome DNA Analysis of the Domestic Dog: Identifying Informative SNPs Outside of the Control Region
Canine Population Data Generated From a Multiplex STR Kit for Use in Forensic Casework
Automated Analysis of Sequence Polymorphism in STR Alleles by PCR and Direct Electrospray Ionization Mass Spectrometry
Frequency of Heteroplasmy in the HVII Region of mtDNA Differs Across Tissue Types and Increases with Age
Characterization of mtDNA SNP Typing and Mixture Ratio Assessment With Simultaneous Real-Time PCR Quantification of Both Allelic States
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.
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