Vacuolar protein sorting-associated protein

Function Vacuolar protein sorting-associated protein (Vps) are part of Endosomal Sorting Complex Required for Transport (ESCRT) that performs the topologically unique membrane bending and scission reaction away from the cytoplasm. This process is required for the multivesicular body pathway, cytokinesis and HIV budding. There are five distinct ESCRT complexes (0,I,II,III,Vps4) with distinct functions. Vps4, Vps4A, Vps4B complex catalyzes the disassembly of the ESCRT-III filament in an ATP-driven reaction. Vps4 proteins are required for centrosome and spindle maintenance. Vps9A activates Rab5 to GTP-bound form. Vps15 may function as a G protein β subunit at the endosome . Vps23 is involved in appropriate sorting of receptors within the yast endocytic pathway and is part of the ESCRT-I complex Vps25 is part of the ESCRT-II complex which contains two copies of the protein. It induces a conformational switch that converts inactive Vps20 into an active nucleator for Snf7 oligomerization. Vps26A and Vps26B are part of the Vps29-Vps35-Vps26 retromer which mediates transport of transmembrane proteins from endosomes to the trans-Golgi network. Vps27 is part of the ESCRT-0 complex Vps36 is part of the ESCRT-II complex Relevance Vps25 in Drosophila possesses several properties of tumor repressor.

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3D structures of vacuolar protein sorting-associated protein3D structures of vacuolar protein sorting-associated protein

Updated on 11-December-2018

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• Vps4
  • 5xmi – yVps4 + ATP – yeast - Cryo EM
    
  • 2rko – yVps4 AAA ATPase domain 124-437
    
  • 3eie – yVps4 AAA ATPase domain (mutant) 124-437
    
  • 3eih – yVps4 AAA ATPase domain (mutant) 124-437 + ATPgS
    
  • 2qp9 – yVps4 83-437
    
  • 2qpa – yVps4 (mutant) 83-437 + ADP
    
  • 2v6x – yVps4 MIT domain 1-82 + yVps2 C-terminal
    
  • 4niq, 5fvk – yVps4 MIT domain + yVfa1 MIM2 domain
    
  • 5fvl – yVps4 MIT domain + yVPS20
    
  • 3mhv – yVps4 + yVps Vta1
    
  • 6ap1 – yVps4 + yVps Vta1 + peptide
    
  • 5uie – yVps4 + yVps2 + yVps Vta1 – Cryo EM
    
  • 5xmk – yVps4 + yVps Vta1 + ATP – Cryo EM
    
  • 6bmf – yVps4 AAA ATPase domain + yVps2P – Cryo EM
    
• Vps4A
  • 1yxr – hVps4A MIT domain – human - NMR
    
  • 2jq9 – hVps4A MIT domain + CHMP1A peptide - NMR
    
  • 2k3w – yVps4A MIT domain + CHMP6 peptide - NMR
    
• Vps4B or Skd1
  • 2jqh, 2cpt, 1wr0 – hVps4B MIT domain - NMR
    
  • 1xwi – hVps4B C-terminal
    
  • 4u7y – hVps4B MIT domain + IST1 peptide
    
  • 2jqk – hVps4B MIT domain + CHMP2B
    
  • 2zam – mVps4B - mouse
    
  • 2zao – mVps4B + ADP
    
  • 2zan – mVps4B + ATP
    
• Vps9
  • 1mn3 – yVps9 CUE domain 398-451
    
  • 1p3q – yVps9 CUE domain + ubiquitin
    
• Vps9A
  • 4g01 – Vps9A + RABF2B – Arabidopsis thaliana
    
• Vps13
  • 6cbc – CtVps13 N-terminal (mutant) – Chaetomium thermophilum
    
• Vps15 or serine/threonine protein kinase Vps15
  • 3gre – yVps15 WD repeat domain
    
• Vps23
  • 2f6m – yVps23 C-terminal (mutant) + yVps28 N-terminal
    
  • 3r42 – yVps23 N-terminal (mutant) + yVps27 peptide
    
  • 2caz – yVps23 + yVps28 N-terminal + SRN2
    
  • 2f66 – yVps23 C-terminal + yVps28 N-terminal + SRN2
    
  • 2p22 – yVps23 + yVps28 N-terminal + SRN2 + peptide
    
  • 1uzx – yVps23 UEV domain 1-161 + ubiquitin
    
• Vps25
  • 3htu – hVps23 C-terminal WH2 domain + hVps20 first helix
    
• Vps26A
  • 6md5 – Vps26A – zebrafish
    
  • 4p2a – mVps26A + sorting nexin-3
    
• Vps26B
  • 3lh8, 2r51 – mVps26B
    
  • 3lh9, 3lha – mVps26B (mutant)
    
• Vps27
  • 2pjw – yVps27 C-terminal + protein
    
• Vps28
  • 2g3q, 2j9v – yVps28 C-terminal
    
  • 2j9u – yVps28 + yVps36
    
• Vps29
  • 3psn, 3pso – mVps29
    
  • 5w8m – CtVps29
    
  • 6h7w – CtVps29 + CtVps35 + CtVps26-like + CtVPS - Cryo EM
    
  • 2r17 – yVps29 + yVps35
    
  • 5wyh – hVps29 + interaptin
    
  • 5osh, 5osi – hVps29 + hVps35 + interaptin
    
  • 5gtu – hVps29 + TBC1D5
    
  • 5xce, 5xch – EhVps29 – Entamoeba histolytica
    
  • 5xcj, 5xck – EhVps29 (mutant)
    
• Vps30
  • 3vp7 – hVps30 C-terminal
    
• Vps33
  • 5bv1 – CtVps33 + CtVps16
    
  • 5bv0 – CtVps33 + CtVps16
    
• Vps33A
  • 4bx8 – hVps33A
    
  • 4bx9 – hVps33A + hVps16 C-terminal + SNARE domain
    
• Vps34
  • 5dfz – yVps34 + yVps38 + yVps15 + yVps30 + nanobody
    
• Vps35
  • 5f0k – hVps35 N-terminal
    
  • 5f0j – hVps35 + hVps26A + sorting nexin-3
    
  • 5f0l, 5f0m, 5f0p – hVps35 + hVps26A + sorting nexin-3 + DMT-1
    
• Vps36
  • 5kc2 – yVps36 + yVps15
    
  • 2hth – hVps36 GLUE domain 1-138 + ubiquitin
    
  • 2zme, 3cuq – hVps36 + hVps25 + SNF8
    
• Vps46
  • 3ggz – yVps46 MIM motif 176-204 + IST1
    
• Vps53
  • 3ns4 – yVps53 C-terminal
    
• Vps54
  • 3n1b – yVps54 C-terminal
    
  • 3n1e – mVps54 C-terminal
    
• Vps60
  • 2luh – yVps60 + yVps Vta1 - NMR
    
• Vps72
  • 6gej, 6gen – yVps72 + histones H3 + H4 + H2A.1 + H2B.1 + DNA + Swr1 + Arp6 + RuvbL1 + RuvbL2 + Swr complex protein 6 – Cryo EM
    
• Vps72 homolog
  • 5chl – Vps72 + histone H2A.Z – Drosophila melanogaster
    
  • 5fug – hVps72 N-terminal + histone H2A.Z
    
• Vps74
  • 2zih, 2zii – yVps74
    
  • 4tu3 – yVps74 + SAC1
    
• Vps75
  • 3c9b, 3c9d, 5agc – yVps75
    
  • 3dm7 – yVps75 (mutant)
    
  • 2zd7 – yVps75 + peptide
    
  • 3q68, 3q66 – yVps75 + histone acetyltransferase
    
  • 3q33 – yVps75 + histone acetyltransferase + histone H3 peptide
    
  • 3q35 – yVps75 + histone acetyltransferase + acetyl CoA
    
  • 5yps – Vps75 (mutant) – Pneumocystis carinii
    
• Vps Vta1 or Lip5
  • 2lxl – hVps Vta1
    
  • 4txp – hVps Vta1 N-terminal
    
  • 2rkk – yVps Vta1 N-terminal
    
  • 2rkl – yVps Vta1 C-terminal
    
  • 5h7p – yVps Vta1 N-terminal + yVps46 D1-D2 domain - NMR
    
  • 4u7e – hVps Vta1 N-terminal + IST1
    
  • 2lxm – hVps Vta1 N-terminal + CHMP5
    
  • 4txq – hVps Vta1 N-terminal + CHMP1B
    
  • 4txr – hVps Vta1 N-terminal + CHMP1B + CHMP5