We live in an era of plentiful genomic data, thanks to cheaper sequencing and better analysis platforms. But these crucial resources for human health are not easy to access — spread across the world, stored in very different ways, and subject to conflicting regulations. The scale of data generation presents new problems for collecting and comparing genomic information.
The Discovery Work Stream aims to build networks of tools that can search the world’s genomic wealth. Discovery products link data and services into a wider “internet of genomics” that will make precision medicine a reality for patients. In the future, your doctor will be able to search this “internet” and take into account your personal genetic makeup to choose better prescription medications and improve your overall health.

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Announcements
Develops search tools that aim to let researchers and clinicians find genomic data and services anywhere in the world. Helps build an “internet of genomics” that sidesteps technical and regulatory incompatibility and accelerates genomic medicine.
Products
Publications
Documents
Videos
| Date | Title | |
|---|---|---|
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1 January 2023 | Implementing Data Connect — example 1 (CINECA) |
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1 January 2023 | Implementing Data Connect — example 2 (dbGaP) |
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1 January 2023 | Implementing Data Connect — example 3 (CDS) |
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1 January 2023 | Implementing Data Connect — intro |
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25 May 2022 | Data Connect asthma mapping example |
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4 March 2022 | Getting started with Data Connect |
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7 July 2021 | Enabling federated discovery, access, and analysis of global datasets |
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24 September 2020 | GA4GH 8th Plenary: Discovery Work Stream 2020 Update |
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5 December 2019 | Using the GA4GH toolkit: Beacon API V1.0.0 for genomic data discovery |
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9 June 2015 | GA4GH 3rd Plenary: Beacon project and data sharing APIs |
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18 October 2014 | GA4GH 2nd Plenary: Beacon project |
Contributors
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Get in touch- David BujoldDiscovery Work Stream LeadMcGill University / Université McGill, Montréal, Canada
- Miro CupakDiscovery Work Stream LeadVerily, South San Francisco, CA, USA
- Nara SobreiraDiscovery Work Stream LeadJohns Hopkins University School of Medicine, Maryland
- Dixie BakerMartin, Blanck and Associates
- Michael BaudisUniversity of Zurich, Zurich
- Sergi BeltranCNAG CRG, Barcelona, Spain
- Guillaume BourqueMcGill University / Université McGill, Montréal, Canada
- Michael BrudnoUniversity Health Network, Toronto, Canada
- Salvador Capella-GutierrezBarcelona Supercomputing Center, Barcelona
- Knox CareyIntertrust Technologies Corporation, Sunnyvale
- Shu Hui ChenNIH National Heart, Lung, and Blood Institute (NHLBI), Bethesda
- Joaquin DopazoProgress and Health Foundation
- Marc FiumeDNAstack, Toronto
- Paul FlicekUniversity of Cambridge, Cambridge
- Ian ForeNIH National Center for Biotechnology Information (NCBI)
- Lauren FromontCentre for Genomic Regulation, Barcelona
- Jonathan FuerthDNAstack, Toronto
- Gwênlyn GlusmanInstitute for Systems Biology, Seattle
- Sumit JamuarGlobal Gene Corp, Hinxton
- Saumya JamuarKK Women's and Children's Hospital
- Patrick MageeDNAstack, Toronto
- Mamana MbiyavangaUniversity of Cape Town, Cape Town
- Jean MullerLaboratoire de génétique médicale (UMR_S 1112)
- Heimo MuollerMedical Univerisity Graz
- Rahel PalootsUniversity of Zurich, Zurich
- Milan PanikDNAstack, Toronto
- Jordi RamblaCentre for Genomic Regulation, Barcelona
- Kathy ReinoldIndependent Contributor
- Manuel RuedaCentro Nacional de Análisis Genómico (CNAG), Barcelona
- David SteinbergUniversity of California, Santa Cruz, Santa Cruz
- Morris SwertzUniversity Medical Center Groningen
- Susheel VarmaInformation Commissioner's Office
- Colin VealUniversity of Leicester, Leicester, UK
- Peter WoollardEMBL's European Bioinformatics Institute (EBI), Hinxton, UK
- Christina YungOntario Institute for Cancer Research (OICR), Toronto, Canada, Indoc Research, Toronto
- Joeri van der VeldeUniversity Medical Center Groningen










