The European Nucleotide Archive (ENA) captures and presents information relating to experimental workflows that are based around nucleotide sequencing. ENA is made up of a number of distinct databases that includes EMBL-Bank, the Sequence Read Archive (SRA) and the Trace Archive each with their own data formats and standards. This collection references Embl-Bank identifiers.

Alternative Prefixes
biodiversity bioinformatics data management dna functional genomics genomics metagenomics transcriptomics
Homepage @enasequence
Guy Cochrane   0000-0001-7954-7057
Identifier Space Owner
European Bioinformatics Institute
Pattern for Local Unique Identifiers

Local identifiers in European Nucleotide Archive should match this regular expression:

Example Local Unique Identifier
BN000065   Resolve
Pattern for CURIES

Compact URIs (CURIEs) constructed from European Nucleotide Archive should match this regular expression:

Example CURIE
Metaregistry European Nucleotide Archive

The metaregistry provides mappings between the Bioregistry and other registries. There are 8 mappings to external registries for this resource with 5 unique external prefixes.

Registry Name Registry Metaprefix External Prefix Curate
BioContext biocontext ENA.EMBL
FAIRSharing FAIRSharing logo fairsharing FAIRsharing.dj8nt8
GO Gene Ontology Registry logo go ENA logo miriam ena.embl
N2T Name-to-Thing logo n2t ena.embl
Prefix Commons Prefix Commons logo prefixcommons ena
re3data Registry of Research Data Repositories logo re3data r3d100010527
UniProt UniProt Cross-ref database logo uniprot DB-0022

Providers are various services that resolve CURIEs to URLs. The example CURIE None:BN000065 is used to demonstrate the provides available for this resource. Generation of OLS and BioPortal URLs requires additional programmatic logic beyond string formatting.

Name Metaprefix URI
European Nucleotide Archive ena.embl
Bioregistry bioregistry miriam
Name-to-Thing n2t
Extra Providers

Additional providers curated in the Bioregistry are listed here.

Code Name URL
bio2rdf Bio2RDF