Genome ID Forum 2014 – HD SNP Array for Forensic Casework

Overview Originally presented at the 2014 Genome ID Forum, Dr. Sandra Close presents her latest research, the application of high density SNP array technology applied to forensic casework. Dr. Close presents an overview of the platform, including chemistry, assay and…

Familial DNA Searching: Current Approaches – Part IV

Overview This four-part panel discussion series will elucidate the current landscape of policies and procedures addressing familial DNA searching. Part IV In this particular session, the discussion focused around current technical protocols including software considerations, candidate thresholds derived by likelihood…

Genome ID Forum 2014 – Emerging Technologies for Human Remains Identification

Overview Originally presented at the 2014 Genome ID Forum, an overview of the Laboratory’s new Next Generation Sequencing (NGS) instrumentation and protocol development is discussed including experimental design utilizing multiple forensic markers and the impact on sample processing. A certificate…

ASCLD Webinar Series: FBI Allele Frequency – Managers & Legal Overview

Overview Crime Laboratories have earned a position of public trust over time through providing reliable quality results. Keeping public trust includes being self-correcting once an issue is discovered. The Federal Bureau of Investigation allele frequency amendments is an opportunity to…

ASCLD Webinar Series: FBI Allele Frequency Amendments – Technical Discussion

Overview Crime Laboratories have earned a position of public trust over time through providing reliable quality results. Keeping public trust includes being self-correcting once an issue is discovered. The Federal Bureau of Investigation allele frequency amendments is an opportunity to…

ASCLD Webinar Series: Rapid DNA, the QAS and NDIS Part I

Overview The American Society of Crime Lab Directors, along with RTI International, have produced this webinar series designed to investigate the validation, current use, and future implementation of Rapid DNA. This is the first archival of this three-part series that…