UniTmp: unified resources for transmembrane proteins

Dobson, Laszlo [Dobson, László (Bioinformatika), author] Institute of Enzymology (RCNS); Bioinformatika Tanszék (SU / FM / I); Gerdan, Csongor [Gerdán, Csongor (Bioinformatika), author] Institute of Enzymology (RCNS); Tusnady, Simon [Tusnády, Simon (Sejtbiológia), author]; Szekeres, Levente [Szekeres, Levente István (kémia), author] Institute of Enzymology (RCNS); Kuffa, Katalin [Kuffa, Katalin Rita (Biológia), author] Institute of Enzymology (RCNS); Lango, Tamas [Langó, Tamás (Biológia), author] Institute of Enzymology (RCNS); Zeke, Andras [Zeke, András (Biokémia, Bioinfo...), author] Institute of Enzymology (RCNS); Tusnady, Gabor E. ✉ [Tusnády, Gábor (Bioinformatika), author] Institute of Enzymology (RCNS); Bioinformatika Tanszék (SU / FM / I)

English Article (Journal Article) Scientific
Published: NUCLEIC ACIDS RESEARCH 0305-1048 1362-4962 52 (D1) pp. D572-D578 2024
  • SJR Scopus - Genetics: D1
Identifiers
Fundings:
  • (K132522)
  • (KDP-2021)
  • (Open access funding provided by Semmelweis University)
Subjects:
  • Biological sciences
The UNIfied database of TransMembrane Proteins (UniTmp) is a comprehensive and freely accessible resource of transmembrane protein structural information at different levels, from localization of protein segments, through the topology of the protein to the membrane-embedded 3D structure. We not only annotated tens of thousands of new structures and experiments, but we also developed a new system that can serve these resources in parallel. UniTmp is a unified platform that merges TOPDB (Topology Data Bank of Transmembrane Proteins), TOPDOM (database of conservatively located domains and motifs in proteins), PDBTM (Protein Data Bank of Transmembrane Proteins) and HTP (Human Transmembrane Proteome) databases and provides interoperability between the incorporated resources and an easy way to keep them regularly updated. The current update contains 9235 membrane-embedded structures, 9088 sequences with 536 035 topology-annotated segments and 8692 conservatively localized protein domains or motifs as well as 5466 annotated human transmembrane proteins. The UniTmp database can be accessed at https://www.unitmp.org.Graphical Abstract
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2025-04-25 00:36