Continuing Education Credit: This live webinar is eligible for CE credit. A recorded version will be available for CE credit on education.ambrygen.com approximately 1 month following the live presentation.
Description:
In this session, Seth Berger and Susan Toomey trace the evolution of rare disease genomics through the NHGRI-funded GREGoR Consortium and the Pediatric Mendelian Genomics Research Center (PMGRC) at UC Irvine. The presentation provides a concise overview of long-read whole genome sequencing (LR-WGS) and demonstrates how it overcomes traditional short-read limitations by uncovering previously hidden structural variants, complex repeats, and noncoding alterations. Through real-world patient case studies, attendees will explore how LR-WGS turns diagnostic cold cases into definitive molecular answers. Discover how collaborative research models and advanced genomic profiling are transforming diagnostics for unsolved rare diseases.
Level of Instruction: Intermediate
Learning objectives:
- Understand the evolution and collaborative framework of the GREGoR Consortium and UCI PMGRC in transforming rare disease research and diagnostics beyond standard exome and short-read sequencing.
- Evaluate the technical and diagnostic capabilities of long-read whole genome sequencing (LR-WGS), specifically how it overcomes short-read blind spots to detect complex structural variants, repeat expansions, and noncoding alterations.
- Analyze real-world clinical case studies demonstrating how long-read sequencing turns unresolved rare disease cases into definitive molecular diagnoses for patients and families.
Ambry Genetics is an approved provider of continuing education by NSGC and ASCLS P.A.C.E ® Programs.
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