Introduction to FAIRDOM

Nov. 8, 2018
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
Introduction to FAIRDOM
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Introduction to FAIRDOM

Editor's Notes

  1. http://www.fair-dom.org http://www.fairdomhub.org http://www.seek4science.org
  2. ERASysAPP: Preserve results beyond projects. Organise & link data, models, processes. Exchange & search initiative‘s assets. Share & disseminate results Improve standard curation practice. Pool capacities ISBE: Sys Bio data and model stewardship platform, services, policy. Capacity building, improve practice Knowledge Network/Hub focal point EU RIs, community initiatives, global standards bodies
  3. Published 15 March 2016
  4. Capitalising on investments Retaining results post-project Pooling, transfer, sharing results Public collections Skilling workforce Compliance audit/metrics New publishable assets Business models Reproducibility Doing science with collaborators Publishing & getting credit Productivity Access to resources, results, collections Retention of my results post student Repeatability - reviewer wants more  Competitiveness, protecting assets Managing costs Compliance
  5. EU projects IBISBA1.0, Timet, EmPowerPutida, Mesi Strat, mycosynvax, NMTrypl…. and others installations we don’t know
  6. FAIR Organise & link assets Standardised, consistent reporting Reproducible publications Yellow pages
  7. New asset type to support Documents General Documents that don’t fit to SOPs or Data – such as project reports or minutes Can be linked to Assays Future plans to categorise and be included in JERM ontology (directly or with mappings to a suitable existing ontology)
  8. JERM version 2 ontology Dedicated website: https://jermontology.org Updated to remove SysMO specific terms and reflect new sample model Mappings added for Dublin Core and Prov/Pav RDF updated and extended, along with improvements to SPARQL store integration https://sparql.fairdomhub.org/sparql
  9. Licenses: The “R” in “FAIR” Tied to opendefinition.org Finer grained snapshots for publication Snapshots are packages frozen in time, based on Research Objects, along with a DOI Now available for Assays and Studies, as well as Investigations Easier and more intuitive publishing with DOI generation
  10. What I really like about the SEEK is how it clarifies what we're talking about. No more "can we discuss 'the gene expression data'? [airquotes]. Instead I just copy the hyperlinked text [point] into an email. The ISA graph places every asset in context, saving us from lots of explanations and misunderstandings. Since the inception of Digital Life Norway, DigiSal has advocated a strategy for interoperability and knowledge management also vs the Research Council of Norway Some of the new Digital Life projects are planning to adopt FAIRDOM Programmatic access to datasets in SEEK e.g. from R How to handle big, non-public assets that reside e.g. on our own cluster (ongoing dialogue between FAIRDOM and Norwegian e-infrastructure for Life Sciences, NeLS) How to handle multifile assets, e.g. RNAseq data shoehorned into MIAME format Dialogue between FAIRDOM, Digital Life Norway, and the Research Council of Norway Integration with the Norwegian e-infrastructure for Life Sciences, NeLS
  11. What I really like about the SEEK is how it clarifies what we're talking about. No more "can we discuss 'the gene expression data'? [airquotes]. Instead I just copy the hyperlinked text [point] into an email. The ISA graph places every asset in context, saving us from lots of explanations and misunderstandings. Since the inception of Digital Life Norway, DigiSal has advocated a strategy for interoperability and knowledge management also vs the Research Council of Norway Some of the new Digital Life projects are planning to adopt FAIRDOM Programmatic access to datasets in SEEK e.g. from R How to handle big, non-public assets that reside e.g. on our own cluster (ongoing dialogue between FAIRDOM and Norwegian e-infrastructure for Life Sciences, NeLS) How to handle multifile assets, e.g. RNAseq data shoehorned into MIAME format Dialogue between FAIRDOM, Digital Life Norway, and the Research Council of Norway Integration with the Norwegian e-infrastructure for Life Sciences, NeLS
  12. Better RightField support and automatic extraction New master template metadata sheet Automatically applied for Sample type templates Built on JERM 2 ontology New wizard for Data File upload Split into logical steps Easier to skip through, less daunting than a large form Can be populated based on content after upload
  13. Support for Swiss projects EnhanceR, openRDM.swiss and ETHZ researchers. Open source software licensed under the Apache License v2.0 Metadata linking, samples Assays and Studies imported from openBIS and linked to imported data sets, according to pre-defined fields and constraints More automation Contributed by SynthSys Currently being tested with Users – requires upgrade to latest openBIS which has only just been released Close integration with NeLS based around a specific set of use-cases Authenticate with NeLS securely and browse data sets available there Link reference to data set to an assay in SEEK From the data set - Sample metadata is automatically imported into SEEK and interlinked according to defined mappings Norwegian Elixir node Contracted paid bespoke development
  14. The tools were linked at the point of long term storage in NeLS.
  15. Docker containers – running as micro-services with Docker compose Easier deployment and upgrades Automatic builds Packaged optionally also with openBIS, and SPARQL RDF store Most new installations tend to be Docker based Used internally for testing, and also running instances for workshops and tutorials. Still working on SEEK to Hub upload Centres, large or national projects Local skills for admin support Local retention and “in flight” management Private sharing Customisation openBIS or SEEK openBIS (~60 known) SEEK (50, worldwide) Increase in SEEK installations openBIS and SEEK 4 centres/projects We are funded to support all 4 Greater emphasis needed on management dashboards Few openBIS + SEEK Installations – significant effort + support issues SEEK to SEEK (FAIRDOMHub) transfer/upload Customised installations route for sustainability (IBISBA, ELIXIR, EOSC) Turning into paying partners/customers
  16. In-flight : Upload as you Go Organise: Working data, models, SOPs Communicate: Collaborate, share results Disseminate: publish snapshots with DOIs 2. Dissemination: Upload in one Go Organise & Preserve: final results Publish: supp. Materials
  17. Over 130 different instruments including: 12 NMRs ranging from 100MHz to 850MHz 10 different AFMs 11 different ion microscopes 7 optical-based microscopes 8 classes of spectrometers 42 different types of mass spectrometers including new 21T mass spectrometer
  18. Bonus slide
  19. Founders U Manchester, HITS, U Edinburgh, NFVL Reps from Leiden U, ETHZ Assisted by SBSM Runway: ELIXIR NO, ELIXIR BE, ELIXIR UK, ISBE SI