Introduction

Category: DNA (page 7)

Category: DNA (page 7)

constellations over glass lab equipment

Forensic Laboratory Needs Technology Working Group (FLN-TWG)

Supporting NIJ’s Mission to Improve Knowledge and Understanding The National Institute of Justice (NIJ), in partnership with the Forensic Technology Center of Excellence (FTCOE) at RTI International, formed the Forensic Laboratory Needs Technology Working Group (FLN-TWG). The FLN-TWG supports NIJ’s…
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a digital strand of DNA

An Automated Single Cell Separation Technique to Improve Mixture Deconvolution

This webinar originally occurred on November 12, 2020 Duration: 1 hour Overview Although the interpretation of mixed DNA samples is commonplace in forensic analyses, complex samples often present interpretational challenges. These complexities are introduced through a variety of environmental, biological,…
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Pipette filling plastic storage tubes

Effects of DNA Extraction Methods on Recovery, Degradation, and Loss

This webinar originally occurred on August 20, 2020 Duration: 1 hour Overview DNA recovered from forensic and ancient DNA (aDNA) sources is generally expected to be in low copy number and degraded in strand length. However, considering the following equation,…
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DNA strands in green

Success Story: Advancing Mixture Interpretation Analysis with NOCIt

National Institute of Justice and Rutgers University Date September 2020 Overview DNA samples recovered from crime scenes often contain at least two contributors. Complex forensic DNA mixture interpretation can be challenging and requires computational advancements that support its use. Using…
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image of DNA

PACE™: Rapid and Automated Artifact Identification and Number of Contributor Prediction

This webinar originally occurred on July 28, 2020 Duration: 1 hour Overview The PACE™ software introduces a fully continuous, machine learning tool to the forensic DNA community that enables fast and accurate artifact management and predicts the number of contributors…
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