Supporting Your Laboratory During Probabilistic Genotyping Implementation: from Validation to Admissibility

Description:

Forensic laboratories are increasingly adopting probabilistic genotyping methods for the interpretation of DNA mixtures. Guidance for the validation and implementation of PG methods is evolving, with new documents being released after laboratories have implemented software. These include guidance from OSAC, ISFG, ENFSI, and NIST.

This workshop will cover the key recommendations for internal validation. We will discuss experimental design to meet the recommendations, summarize published material addressing these key issues, and discuss common challenges to the use of PG methods. Using interactive engagement, we will provide the audience with strategies to address new guidelines and to prepare for admissibility hearings for PG software.

 

Learning Outcomes:

  1. To understand the relevant standards and recommendations for validation
  2. Gain an appreciation of what data is publicly available to support Probabilistic Genotyping
  3. Support your laboratory to effectively address common challenges to the use of Probabilistic Genotyping (e.g. relatives, “factor space”, source code availability, activity level propositions)

 

Intended Audience:

This workshop is intended for DNA analysts, supervisors, technical leaders, attorneys and judges. Some knowledge required.

Description:

Forensic laboratories are increasingly adopting probabilistic genotyping methods for the interpretation of DNA mixtures. Guidance for the validation and implementation of PG methods is evolving, with new documents being released after laboratories have implemented software. These include guidance from OSAC, ISFG, ENFSI, and NIST.

This workshop will cover the key recommendations for internal validation. We will discuss experimental design to meet the recommendations, summarize published material addressing these key issues, and discuss common challenges to the use of PG methods. Using interactive engagement, we will provide the audience with strategies to address new guidelines and to prepare for admissibility hearings for PG software.

 

Learning Outcomes:

  1. To understand the relevant standards and recommendations for validation
  2. Gain an appreciation of what data is publicly available to support Probabilistic Genotyping
  3. Support your laboratory to effectively address common challenges to the use of Probabilistic Genotyping (e.g. relatives, “factor space”, source code availability, activity level propositions)

 

Intended Audience:

This workshop is intended for DNA analysts, supervisors, technical leaders, attorneys and judges. Some knowledge required.

Pricing:


  • Standard Registration$345
  • Student Registration$195

Fee includes breakfast, lunch, breaks and handouts

Workshop currently at capacity. A waitlist is available to join on our registration page.

Brought to you by

Worldwide Association of Women Forensic Experts

Agenda:


8:30 – 8:40AM
Welcome and Introduction – Michael Coble
8:40 – 9:40AM
Relevant Standards – Michael Coble
9:40 – 10:45AM
Publicly Available Data – Jo Bright
10:45 – 11:00AM
BREAK
11:00AM – 12:20PM
Issues for Admissibility I – Richard Wivell
12:20-1:30PM
LUNCH
1:30 – 2:45PM
Experimental Design – Michael Coble
2:45 – 3:00PM
Issues for Admissibility II – Jo Bright
3:00 – 3:15PM
Exercise – Richard Wivell
4:30 – 5:00PM
Questions
Chair

Michael Coble

Professor and Executive Director, Center for Human Identification (CHI), University of North Texas Health Science Center

Michael Coble, PhD, is a Professor and the Executive Director of the Center for Human Identification at the University of North Texas Health Fort Worth. Dr. Coble received his PhD in Genetics from The George Washington University. He has over 100 peer-reviewed publications in forensic DNA analysis and interpretation and is recognized among the top 2% of highly cited researchers worldwide.

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Jo-Anne Bright

PHF Science

Jo-Anne Bright is a Senior Science Leader within the Forensic Biology group at PHF Science, where she has worked since 1999. Jo is one of the co developers of STRmix™, expert software for the interpretation of forensic DNA profiles and the new Australasian standard.

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Richard Wivell

PHF Science

Richard Wivell is a Senior Scientist within the STRmixTM  team at PHF Science, New Zealand where he has worked since 2008.  Before moving to New Zealand, Richard was a Forensic Scientist for the Metropolitan Police Service and the Forensic Science Service in the UK.

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