2018 MFMER slide1 2018 MFMER slide2 3 2018

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© 2018 MFMER | slide-1

© 2018 MFMER | slide-1

© 2018 MFMER | slide-2

© 2018 MFMER | slide-2

3 © 2018 MFMER | slide-3

3 © 2018 MFMER | slide-3

4 © 2018 MFMER | slide-4

4 © 2018 MFMER | slide-4

Genomic Knowledge Standards GKS aims to develop, adopt, and adapt standards to enable the

Genomic Knowledge Standards GKS aims to develop, adopt, and adapt standards to enable the exchange of genomic knowledge • • 5 Establish framework of standards that lower barriers to translating genomic knowledge into clinical practice Reusing existing knowledge is essential to future impact Knowledge repositories are a key component Collaborate with other SDOs on harmonized specifications © 2018 MFMER | slide-5

Genomic Knowledge Standards Variant Annotation • DP priorities => WS goal • • 6

Genomic Knowledge Standards Variant Annotation • DP priorities => WS goal • • 6 • Represent and link annotations, including their evidence and provenance, to variants Supports clinical (lab) interpretation Structured, curated data from publications Clinical relevance, disease association Draft spec by Q 4 2018 © 2018 MFMER | slide-6

Genomic Knowledge Standards Variant Representation • DP priorities => WS goal • • •

Genomic Knowledge Standards Variant Representation • DP priorities => WS goal • • • Simple variants (VMC) • • v 1. 0 by Q 4 2018 Peer-reviewed publication Complex variants (structural, CNV, imprecise ends) • 7 Create a standard model for computer readable variant representation (definitional) v 0. 1 by Q 4 2018 © 2018 MFMER | slide-7

Variant Modelling Collaboration (VMC) Participants: GA 4 GH, HL 7, Clin. Gen, NCBI, SO,

Variant Modelling Collaboration (VMC) Participants: GA 4 GH, HL 7, Clin. Gen, NCBI, SO, EBI, Ensembl Goal: to develop a technical specification for representing and communicating biological sequence variation © 2018 MFMER | slide-8

VMC 1. 0 Focus: variation that is defined by alleles — assertions of a

VMC 1. 0 Focus: variation that is defined by alleles — assertions of a specific sequence at precise locations on a sequence Entities: Sequence, Location, Allele, Haplotype, Genotype • • • Terminology Information Model – Minimalistic, use as part of a given use case Machine-readable schema definition © 2018 MFMER | slide-9

Sync for Genes • Sync for Genes (S 4 G) is collaboration between ONC,

Sync for Genes • Sync for Genes (S 4 G) is collaboration between ONC, NIH, and industry to help deliver on goals of the Precision Medicine Initiative (PMI) and NIH’s All of Us Research Program. • Goal to standardize the sharing of genomic information between labs, providers, patients and researchers • Develop and build upon Health Level Seven International (HL 7)’s Fast Healthcare Interoperability Resources (FHIR) Genomic specifications 10

Sync for Genes Phase 2 • Takes the next step from use case and

Sync for Genes Phase 2 • Takes the next step from use case and standard development (Phase 1) to actual implementation and use » Phase 1 final report: https: //www. healthit. gov/sites/default/files/sync_for_genes_report_november _2017. pdf • Pilots selected to participate in Phase 2 will focus on: » expanding the FHIR genomics profile work developed under phase 1; » addressing additional core use cases from the DAM; and » demonstrating the integration of genomics information into a clinical setting for supporting care and research efforts 11

Sync for Genes Phase 2 Utah Newborn Screening; Utah Health Info. Network; Intermountain Healthcare

Sync for Genes Phase 2 Utah Newborn Screening; Utah Health Info. Network; Intermountain Healthcare Sync for Genes Phase 2 Pilot Sites NBS Lehigh Valley Health Network & Foundation Medicine Oncology National Marrow Donor Program & Stanford Lab Weill Cornell & Standard Molecular HLA Sync for Science All of Us 12