mtGenome Sequencing of Human Hair Shafts Using an MPS Approach
2019-DU-BX-0045
Closed
Funding First Awarded
2019
$878,274
Forensic biology
Improving Results from Touch DNA Evidence with Optimized Direct PCR Methods
2019-DU-BX-0009
Closed
Funding First Awarded
2019
$453,146
A DNA Barcoding Strategy for Blow and Flesh Flies Encountered During Medicolegal Casework
2019-DU-BX-0022
Closed
Funding First Awarded
2019
$20,685
Assessing Methods to Enhance and Preserve Proteinaceous Impressions from the Skin of Decedents during the Early Stages of Decomposition while Examining Environmental Variations across Seasons
2019-R2-CX-0070
Past Project Period End Date
Funding First Awarded
2019
$253,010
Human Decomposition: Effect of Indoor Versus Outdoor Decomposition on the Microbiome of Human Cadavers and Implications for Future Forensic Research
2019-DU-BX-0025
Past Project Period End Date
Funding First Awarded
2019
$808,296
Development of a 2bRAD-seq Paternity Testing Pipeline for Complex and Mixed DNA Samples
2019-R2-CX-0049
Closed
Funding First Awarded
2019
$150,000
Application of the Human Virome to Touched Objects and Hair Shafts
2019-75-CX-0017
Closed
Funding First Awarded
2019
$443,931
Development of a Human Virome Based Microarray as a Forensic Tool
2019-R2-CX-0048
Closed
Funding First Awarded
2019
$146,805
Forensic Application of Pollen DNA Barcoding
2019-R2-CX-0039
Closed
Funding First Awarded
2019
$150,000
Probabilistic Genotyping for Microhaplotypes
2019-DU-BX-0023
Closed
Funding First Awarded
2019
$192,764
Personal Identification and Ancestral Characterization from Genetically Variant Peptides in Human Hair
2019-R2-CX-0051
Closed
Funding First Awarded
2019
$50,000
Towards Commercialization: Preliminary developmental validation of a high resolution melt curve mixture prediction assay and SVM tool
2019-DU-BX-0003
Past Project Period End Date
Funding First Awarded
2019
$399,699
Bio-inspired Material-integrated Beads for Differential Extraction of Sperm in Forensic Applications
2019-NE-BX-0003
Closed
Funding First Awarded
2019
$499,545
Verification and evaluation of a miRNA panel for body fluid identification using DNA extracts
2019-NE-BX-0005
Closed
Funding First Awarded
2019
$169,628
Optimizing the Analysis of DNA From Burned Bone Using Ancient DNA Techniques
2019-DU-BX-0044
Past Project Period End Date
Funding First Awarded
2019
$783,744
Quantifying the Accuracy of Two Innovative Forensic Genetic Identification Techniques: Genealogical Searching and Low-Template DNA Mixture Analysis
2019-DU-BX-0028
Past Project Period End Date
Funding First Awarded
2019
$395,773
Dense DNA Data for Enhanced Missing Persons Identification
2019-DU-BX-0046
Closed
Funding First Awarded
2019
$743,927
Nanobiosensor Arrays for On-Site Multiplexed Detection of Protein Markers to Identify Forensically Relevant Body Fluids
2019-NE-BX-0006
Past Project Period End Date
Funding First Awarded
2019
$600,544
Completion of the SONIC-DE 2.0 System for Implementation in Forensic Laboratories
2019-NE-BX-0004
Closed
Funding First Awarded
2019
$175,791
Germ-Line Transformation of Forensically Important Flies
2019-DU-BX-0013
Closed
Funding First Awarded
2019
$279,983
Wrongful Convictions: The Latest Scientific Research & Implications for Law Enforcement
March 2013
Series
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
Sexual Assault: Obtaining DNA From Evidence Collected up to a Week Later
June 2009
Technological advances have made it possible to detect male DNA in evidentiary samples collected several days after a sexual act has taken place. Panelists will present the research that has led to these findings, followed by a discussion of the potential impact of this work from the perspectives of the sexual assault nurse examiner (SANE) and the crime laboratory communities.
Audio file
1 of 4: Sexual Assault: Obtaining DNA From Evidence Collected up to a Week Later, Lois Tully, National Institute of Justice
, 2 of 4: Sexual Assault: Obtaining DNA From Evidence Collected up to a Week Later, Jack Ballantyne, National Center for Forensic Science
, 3 of 4: Sexual Assault: Obtaining DNA From Evidence Collected up to a Week Later, Patricia M. Speck, College of Nursing, University of Tennessee Health Science Center
, 4 of 4: Sexual Assault: Obtaining DNA From Evidence Collected up to a Week Later, Mechthild Prinz, Office of the Chief Medical Examiner, New York, N.Y.