ELIXIR-UK and the ELIXIR Interoperability Platform
14. Sep 2016•0 gefällt mir•172 views
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Introduction to ELIXIR-UK and the ELIXIR Interoperability Platform presented by Carole Goble at the ELIXIR-UK Workshop during Genome Science 2016 in Liverpool on 31st August 2016
3. ELIXIR Interoperating
Services, Standards and Know-how
3
Publishing FAIR Data
Interoperating
frameworks
Data Platform
Interoperability
Platform
Use Cases
Data
Warehouse
Workflows
Integration
Applications
Federated
search
Link
following
LiteHeavy
Experimental
Data Archives
Value-added
Biological
knowledge bases
EGA, ENA,
EuropePMC,
BioSamples …
UniProt , Ensembl,
OrphaNet, Human
Protein Atlas …
Dynamic recordsStable record
7. Interoperability Drivers: ELIXIR Use Cases
7
Marine metagenomics
Access to a marine metagenomics databases and access to workflows
Interoperability through workflows
Crop and forest plants
Infrastructure to facilitate genotype-phenotype analyses for crop and tree-
species.
Interoperability through federated metadata-driven Search using standard-
compliant services.
Rare diseases
Human data – EGA
Federated infrastructure for access to heterogeneous rare-disease repositories
Interoperability through Linked DataWarehouses
Secure transfer, storage and analysis of human biomedical data consented for
research
Interoperability through a DataWarehouse
8. 10
Standards(meta)data:
File formats, minimum reporting
guidelines, ontologies
Search engine for datasets.
Harmonisation between tools and pipelines
Describing and sharing workflows
between different systems
Metadata on-boarding: annotation,
validation and harvesting services
Register/access services and datasets
Common APIs
Identifiers management
Dissemination of learned best practice.
Mapping services for identifiers
Marine Plants Rare
Disease
Human
data
9. Pillars and Workstreams and ELIXIR-UK
11
Service management
Catalogues
Dataset profiles + on-boarding
API profiles and service discovery
Ontology services
Identifier services and standards
Workflow interoperability
Knowledge Hub
BYODs, Hackathons andWorkshops
Services
Standards
Capacity
15. ELIXIR-UK, Workflow description
Manchester
17
• Common format for
bioinformatics tool &
workflow execution
• Community based standards
effort
• Designed for clusters & clouds
• Supports the use of
containers (e.g. Docker)
ENA (EBI)
EGA (EBI and ELIXIR-Spain)
PDBe (EBI)
EuropePMC (EBI)
Examples include:
UniProt (EBI, SIB)
Ensembl (EBI)
OrphaNet (ELIXIR-France)
Human Protein Atlas (ELIXIR-Sweden)
MINT (ELIXIR-Italy)
WikiPathways (ELIXIR-NL)
LiceBase (ELIXIR-NO)
CorkOakDB (ELIXIR-PT)
IntOGen (ELIXIR Spain)
ORCAE (ELIXIR-BE)
Logo cloud…
The Rare disease use case is developing an infrastructure to support the development of new therapies for rare diseases in humans. Core to this effort is the implementation of a technical framework for the comparison and standardisation of services. This includes a federated infrastructure for access to rare-disease repositories throughout Europe. These repositories contain different information on the illness, disease phenotype, treatments and outcomes, information on patient samples stored in biobanks and any omic information stored in the EGA (see Human data Use Case).
6.3.1 Key Interoperability Requirements:
Standards for the representation of domain specific (meta)data. Including, Minimum Information reporting requirements, vocabularies, ontologies.
Linking different resources and tools. Mapping services for identifiers.
Support for federated meta-data harvesting
6.3.2 Aligned Technical Use Cases
TUC ID
TUC Name
TUC Description
6.4 Use Case: Human data (WP9)
The Human Genetic Data Use Case will use the ELIXIR framework for secure transfer, storage and analysis of human biomedical data consented for research. The interoperability requirements for this use case are largely in line with the Rare Disease Use Case.
6.4.1 Key Interoperability Requirements:
6.4.2 Aligned Technical Use Cases
TUC ID
TUC Name
TUC Description
Services: The EIP implements very few EIP services directly, rather it delivers a framework which aggregates existing and new services to deliver data discovery, data integration and data analysis for life sciences data and it determines the criteria for services which comprise the EIP (Section 4).
Standards: The EIP supports and enables its drivers’ efforts and best practices on (i) standardised metadata for datasets and the APIs to access datasets; (ii) common formats, ontologies and reporting guidelines for the content of the datasets (both archives of experimental reports and biological knowledge bases); (iii) standardised metadata support tool and workflow interoperability; (v) standardised identifiers and identifier metadata; (v) common APIs for data types.
Know how: the EIP gathers and channels its products, best practices, and know-how to its stakeholders through BYODs, hackathons, workshops and an online Knowledge Hub of guides and resources.
1 EIP service management
Service framework, roadmapping of services, service elicitation from nodes, review of service delivery plans, service benchmarking, service sustainability
2 Catalogues
Registration, curation and management of Standards Catalogue (BioSharing) and EIP services in bio.tools.
3 Dataset profiles, discovery and search and associated services
4 API profiles and service discovery
Bioschemas for services, SWAGGER, common APIs (2 threads)
5 Ontology Services
Data-ontology maps, ontologies
6 Identifier Services and Standards
Resolution, authorities, id-id mappings, best practices, scheme harmonisation, service harmonisation, citation support
7 Workflow interoperability standards and services
CWL
8 Knowledge Hub
Best practices, guidelines, webinars, demonstrators
9 BYODs, Hackathons and Workshops
It’s all about the metadata and knowledge graph
3rd of web pages
Builds on a shared core and data structure
Simple embedding in web pages and CMS
Widespread tooling, harvesters and indexing
Search engines and Integration tools
BioCADDIE is the Rosetta Stone
ELIXIR-NL FAIRifier
DCAT+ coverage
Indexing and harvesting: OAI-PMH
COTS