| Literature DB >> 30311389 |
Edgar A Rivera-Muñoz1, Laura V Milko1, Steven M Harrison2,3, Danielle R Azzariti2,3, C Lisa Kurtz1, Kristy Lee1, Jessica L Mester4, Meredith A Weaver5, Erin Currey6, William Craigen7, Charis Eng8, Birgit Funke2,9,10, Madhuri Hegde11,12, Ray E Hershberger13, Rong Mao14,15, Robert D Steiner16,17, Lisa M Vincent4, Christa L Martin18, Sharon E Plon7, Erin Ramos6, Heidi L Rehm2,10,3, Michael Watson5, Jonathan S Berg1.
Abstract
Genome-scale sequencing creates vast amounts of genomic data, increasing the challenge of clinical sequence variant interpretation. The demand for high-quality interpretation requires multiple specialties to join forces to accelerate the interpretation of sequence variant pathogenicity. With over 600 international members including clinicians, researchers, and laboratory diagnosticians, the Clinical Genome Resource (ClinGen), funded by the National Institutes of Health, is forming expert groups to systematically evaluate variants in clinically relevant genes. Here, we describe the first ClinGen variant curation expert panels (VCEPs), development of consistent and streamlined processes for establishing new VCEPs, and creation of standard operating procedures for VCEPs to define application of the ACMG/AMP guidelines for sequence variant interpretation in specific genes or diseases. Additionally, ClinGen has created user interfaces to enhance reliability of curation and a Sequence Variant Interpretation Working Group (SVI WG) to harmonize guideline specifications and ensure consistency between groups. The expansion of VCEPs represents the primary mechanism by which curation of a substantial fraction of genomic variants can be accelerated and ultimately undertaken systematically and comprehensively. We welcome groups to utilize our resources and become involved in our effort to create a publicly accessible, centralized resource for clinically relevant genes and variants.Entities:
Keywords: ACMG/AMP guidelines; ClinGen; ClinVar; biocuration; expert panels; sequence variant interpretation
Mesh:
Year: 2018 PMID: 30311389 PMCID: PMC6225902 DOI: 10.1002/humu.23645
Source DB: PubMed Journal: Hum Mutat ISSN: 1059-7794 Impact factor: 4.878