Help 2020_05 results
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| 3D-structure annotation in UniProtKB/Swiss-Prot Documents about 3D-structure annotation in UniProtKB/Swiss-Prot |
| About UniProt History and background. |
| Accession Provides a stable way of identifying UniProtKB entries |
| Active site Amino acid(s) directly involved in the activity of an enzyme |
| Activity regulation Description of regulatory mechanisms for enzymes, transporters or microbial transcription factors |
| UniProtKB advanced search options List of options available in the "Advanced search" interface. |
| Using Jalview and Java Web Start Using Jalview and Java Web Start for alignment results |
| Allergenic properties Information relevant to allergenic proteins |
| Alternative products Description of the different proteins generated from the same gene |
| Annotation guidelines Standard operating procedure, protein naming, protein existence |
| Annotation score Annotation scores provide a measure of how much annotation has been associated with a given entry or proteome. |
| How can I access resources on this website programmatically? |
| Programmatic access - Batch retrieval of entries Programmatically retrieve UniProt entries corresponding to a list of UniProt identifers |
| Programmatic access - Downloading data at every UniProt release Record release number and date, download at every release and avoid downloading data more than once per release |
| Programmatic access - Format conversion Convert UniProt entries between different formats |
| Programmatic access - Mapping database identifiers Convert identifiers which are of a different type to UniProt identifiers or vice versa |
| Programmatic access - Retrieving entries via queries Programmatically retrieve entries in various formats, via queries |
| Programmatic access - Retrieving a random entry How to retrieve a random entry from a given query result |
| Programmatic access - Retrieving individual entries |
| Automatic annotation using ARBA Automatically generated rules for automatic functional annotation in UniProtKB/TrEMBL, based on expertly annotated entries in UniProtKB/Swiss-Prot using rule mining techniques |
| Assessing proteome completeness and quality Use of scores from BUSCO and CPD algorithms to statistically evaluate proteome completeness |
| Automatic annotation Enhancing unreviewed UniProtKB/TrEMBL records |
| Saving proteins with the UniProt basket Remember your favorite proteins, come back later for alignment, analysis, download etc. |
| Alex Bateman Alex Bateman short biography |
| Binary interactions Information relevant to binary protein-protein interactions |
