Discipline – Page 75 – Forensic Technology Center of Excellence

Swipes, Wipes and Transfer Impressions

Overview Swipes, wipes and transfer impressions are the only bloodstain patterns not created by blood in flight (with the exception of flowing blood). The patterns adhere to Locard’s principle which states that when two objects come in contact with each…

R&D 2014 – Fundamental Forensic Science Research-Part II

Overview This archival portion of the 2014 R&D Seminar Series covers the following presentations: Quantitative Metrics of Friction Ridge Detail Derived from Information Theory by Thomas Busey Definition of the Concept of Sufficiency in Latent Print Examination by Cedric Neumann…

R&D 2014 – Fundamental Forensic Science Research – Part I

Overview This archival portion of the 2014 R&D Seminar Series covers the following presentations: Review on some Fluid Dynamics Aspects of Bloodstain Pattern Analysis – Daniel Attinger From Basic Research to Routine Use in the Courtroom: Elemental Analysis and Comparisons…

Shooting Reconstruction: 4 Elements of Trajectory

Overview A key part of any shooting incident reconstruction is the determination of a projectile’s trajectory through items at the scene. The path of a bullet hole has 4 main elements that require measurement, estimation, or other determination where possible.…

Science, Law and Politics of Cold Case Investigations

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…

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…

2013 R&D: Postmortem Interval and Molecular Autopsy – Part II [Archival]

Overview This archival portion of the 2013 R&D Seminar Series covers the following presentations: Applications of Curvilinear Development Modeling for the Blow Fly Lucilia Sericota – Leon Higley Investigating Unexplained Deaths through Molecular Autopsies – Yingying Tang A certificate of…

2013 R&D: Postmortem Interval and Molecular Autopsy – Part I [Archival]

Overview This archival portion of the 2013 R&D Seminar Series covers the following presentations: Microbial Community Change Associated with Decomposing Corpses – Rob Knight Using Differential RNA Degradation to Estimate an Extended Postmortem Interval – Joshua Moore A certificate of…

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…

Category: Discipline (page 75)

Category: Discipline (page 75)

Swipes, Wipes and Transfer Impressions

R&D 2014 – Fundamental Forensic Science Research-Part II

R&D 2014 – Fundamental Forensic Science Research – Part I

Shooting Reconstruction: 4 Elements of Trajectory

Science, Law and Politics of Cold Case Investigations

Removing PCR Artifacts in Forensic DNA Analysis

Genome ID Forum 2014 – Proteomics: Multiplex Assay to Identify Biological Stains

2013 R&D: Postmortem Interval and Molecular Autopsy – Part II [Archival]

2013 R&D: Postmortem Interval and Molecular Autopsy – Part I [Archival]

Next Generation DNA Technologies

Introduction

Category: Discipline (page 75)