Overview What do the JonBenet Ramsey murder, the BTK killings and the Centennial Olympic Park bombing have in common? When does a criminal case go “cold,” and what does it take to “thaw it out” again? At a time of…
Category: Biology & DNA (page 7)
Removing PCR Artifacts in Forensic DNA Analysis
Overview This webinar presented a new method that removes confounding PCR artifacts in Forensic DNA Analysis using high accuracy Massively Parallel Sequencing (MPS). The use of short-tandem repeats (STR) in forensic DNA analysis has been successful in most situations. However,…
Genome ID Forum 2014 – Proteomics: Multiplex Assay to Identify Biological Stains
Overview Originally presented at the 2014 Genome ID Forum, this archived presentation discusses the development and validation of a rapid multiplex assay for the identification of biological stains using comparative proteomics. Current serological techniques, although historically utilized and relied upon…
Next Generation DNA Technologies
Overview The Forensic Technology Center of Excellence, with Participating Partners- University of North Texas Health Sciences Center, held the Technology Transition Workshop: A DNA Revolution – Next Generation Technologies The goal of this workshop was to disseminate new and innovative…
MPS IV – Validation and Applications
Overview Massively parallel sequencing (MPS) is an exciting technology that holds promise for enhancing the capabilities of the forensic DNA analyst. However, there are several challenges that confront implementation of an MPS system into the crime laboratory, which include: training…
MPS III – Bioinformatics
Overview Massively parallel sequencing (MPS) is an exciting technology that holds promise for enhancing the capabilities of the forensic DNA analyst. However, there are several challenges that confront implementation of an MPS system into the crime laboratory. These include: training…
MPS II – The Genetic Marker Potential
Overview Massively parallel sequencing (MPS) is an exciting technology that holds promise for enhancing the capabilities of the forensic DNA analyst. However, there are several challenges that confront implementation of an MPS system into the crime laboratory, which include: training…
MPS I – Understanding the Basic Technology
Overview Massively parallel sequencing (MPS) is an exciting technology that holds promise for enhancing the capabilities of the forensic DNA analyst. However, there are several challenges that confront implementation of an MPS system into the crime laboratory. These include: training…
R&D 2014 – Models in Forensic DNA & Pathology Part II
Overview This archival portion of the 2014 R&D Seminar Series covers the following presentations: • New Pediatric Head Injury Assessment Tool for Possible Child Abuse Cases Considering Subject-Specific Child Head Anatomy – Dr. Jingwen Hu • Investigation of the Impact…
R&D 2014 – Models in Forensic DNA & Pathology – Part I
Overview This archival portion of the 2014 R&D Seminar Series covers the following presentations: • Modeling 3D Facial Shape from DNA – Dr. Mark Shriver • Pediatric Fracture Printing: Creating a Science of Statistical Fracture Signature Analysis – Dr. Todd…