Tag: UniProt

Learn how UniProt pathway information connects proteins with metabolic, signaling, and biological pathways and how pathway annotations can be interpreted alongside protein function, evidence, domains, structures, and interactions.

Learn how UniProt connects protein sequences and annotations with experimental and predicted structures, including PDB structures, AlphaFold models, domains, active sites, and variants.

Explore how UniProt stores and organizes protein sequence data, including amino acid sequences, identifiers, sequence features, domains, variants, isoforms, FASTA files, and related sequence resources.

UniProtKB is the central protein knowledgebase of UniProt, providing protein sequences, functional annotations, evidence, identifiers, sequence features, taxonomy, literature, and cross-references. Learn how UniProtKB/Swiss-Prot and UniProtKB/TrEMBL organize reviewed and unreviewed protein information.

Learn how UniProt and Reactome complement each other by connecting individual protein information with biological pathways, molecular reactions, interactions, and cellular processes.

Learn how UniProt and KEGG pathways complement each other by connecting detailed protein information with metabolic reactions, signaling pathways, enzymes, metabolites, and biological systems.

Discover how UniProt connects protein functions with metabolic pathways by linking enzymes, EC numbers, biochemical reactions, substrates, cofactors, biological processes, structures, and pathway resources such as KEGG and Reactome.

Explore how UniProt connects signaling proteins with receptors, kinases, phosphatases, transcription factors, protein interactions, cellular localization, post-translational modifications, and biological pathways.

Explore how UniProt connects proteins through molecular interactions, protein complexes, binding regions, signaling pathways, cellular processes, structural information, experimental evidence, and computational predictions.

Learn how experimental and computational evidence supports protein-protein interactions in UniProt, including biochemical assays, co-immunoprecipitation, mass spectrometry, yeast two-hybrid, sequence analysis, domains, structures, and evolutionary conservation.

Learn how UniProt connects proteins through molecular interactions, protein complexes, binding regions, signaling networks, pathways, structures, and experimental or computational evidence.

Learn how UniProt entry names identify protein records, how they differ from accession numbers, and how they relate to protein names, gene names, sequences, and annotations.

Learn how UniProt cross-references connect protein entries with genes, genomes, structures, pathways, protein families, Gene Ontology, literature, and other biological databases.

Learn how UniProt evidence and evidence codes help researchers understand the basis and reliability of protein annotations, from experimental evidence to computational inference.

Learn how UniProt Gene Ontology annotations describe protein molecular functions, biological processes, and cellular components and how GO evidence supports protein functional analysis.