about
Insulin-like growth factor 2 receptorMyosin VAInsulin like growth factor 2 receptorADP ribosylation factor like GTPase 3Secretory carrier membrane protein 1Adaptor related protein complex 3 subunit beta 2Syntaxin 4Sec1 family domain containing 1Golgi brefeldin A resistant guanine nucleotide exchange factor 1Myosin IBSecretory carrier membrane protein 2RAB interacting factorSortilin related receptor 1Synaptosome associated protein 23Secretory carrier membrane protein 3RP2 activator of ARL3 GTPaseVesicle associated membrane protein 7Vesicle associated membrane protein 2Sortilin 1Exocyst complex component 5ADP ribosylation factor 1ADP-ribosylation factor-like 3NeurobeachinPhospholipase C, beta 3Myosin IBRAB interacting factorSortilin-related receptor, LDLR class A repeats-containingSec1 family domain containing 1Sortilin 1Retinitis pigmentosa 2 homologType I sorting receptor YBL017CCyclin-dependent serine/threonine-protein kinase CDC28 YBR160WAminophospholipid-translocating P4-type ATPase DRS2 YAL026CSignal sequence-binding protein YJL222WHypothetical protein YNR066CHypothetical protein YNR065COxysterol-binding protein KES1 YPL145CFatty acid elongase ELO3 YLR372WAminophospholipid-translocating P4-type ATPase DNF3 YMR162CAvl9p YLR114C
P682
The retinitis pigmentosa protein RP2 links pericentriolar vesicle transport between the Golgi and the primary ciliumThree mammalian SCAMPs (secretory carrier membrane proteins) are highly related products of distinct genes having similar subcellular distributionsIdentification and characterization of homologues of the Exocyst component Sec10p
P921
Q14911789-6C4AE839-3E5D-4DEA-B717-D4353FBEF240Q15320975-01470978-FB71-4495-939D-E634CE024628Q2005191-62BA9731-C4DB-4E4B-A6E9-09D19FD47ACEQ21097423-AD676B1E-E751-45D2-A039-C7B2E69CC8A8Q21106013-082C4F53-FE02-4449-B36A-7F0F7EC88CD9Q21106391-3452654B-E550-4CB2-A967-DB53873AE100Q21106672-D3DD884D-AF59-459D-9943-2EEC119AE7F5Q21106815-EFE9F08F-9C01-4256-A412-ED0712424341Q21111973-51B6AFD7-1231-42CD-9DFD-7EE73A56FCD7Q21120906-B6E4ED19-0B58-4578-B242-710B87C13BDFQ21121363-41E2EF3E-EEF3-4C37-A946-AED974D84908Q21121472-B6A4980B-379F-4DB6-9CA9-49B3FE8FDFFEQ21134412-7B67F034-DDCD-4F4C-A452-A54843C25BA3Q21135056-E0869B00-2B67-4B6F-B9F0-9D1D32577D58Q21135419-7BF7784A-3F1F-42EE-9C33-3DA7D8DD844FQ21135928-8FAF098A-DE86-46FA-9C4A-465D22BB1A78Q21154289-7C5AC3F2-C88C-4A2B-AE99-14B6057AC5A8Q21156571-70D69279-7213-4B19-93B2-F3A246051D16Q21172409-CA5C4DB5-A1FA-4CBE-9A55-0DCF2192E055Q21173311-15A04961-6D92-405D-A2CD-49ED830B911DQ21201413-373D1D04-8598-41B0-8A28-9C4693E2F68FQ21499044-DEE51475-5325-453E-922D-EB7A7DA8BE12Q21985850-B14A04AD-9135-48A9-BFA9-A1817B8EF93EQ21986270-BF9099D3-3237-4E65-BDF3-6AE8A913D3E7Q21986565-69770283-A995-40FE-B313-5F55FB6EC7ECQ21987260-68997FEE-6797-450D-AB41-BCBE9DB1055CQ21988145-C62F601C-0ED4-46DB-B1E1-5F17F708330FQ21988145-D0E2FDA5-F164-4A70-B9A5-757C3316B11CQ21990102-9B13E94A-5B24-4D99-A3F8-692DF095BC26Q21990393-387A3968-6C24-425E-9191-AA13C63FC654Q21992749-C16ED8EF-70D4-4616-BB63-4794242D99E9Q27547545-50993366-CD41-4FE7-B695-8509668AA32EQ27548957-2F664786-1F23-4A65-90DA-28A0B2A5D357Q27548972-93EC0A4B-D448-437B-BE03-27BE2F53BA29Q27548972-96F2C5D0-2081-4144-978B-8BC24D50D7DAQ27549503-E29B26D0-E169-42C5-81B3-2DCC7229C5F4Q27549796-576DA48C-550A-4268-8D00-4F98856DFF40Q27550747-30B5D26C-522B-42F3-AB3E-A3C30FADA8EAQ27550815-8CA982D2-B8B8-4F1A-BF7E-2FDD93EE3262Q27551095-32EE8C94-EB01-4373-95AC-E01640C0CC4F
P682
description
The directed movement of subst ...... d by small transport vesicles.
@en
biologisch proces
@nl
name
post-Golgi vesicle-mediated transport
@en
type
label
post-Golgi vesicle-mediated transport
@en
altLabel
GO:0006892
@en
post-Golgi transport
@en
prefLabel
post-Golgi vesicle-mediated transport
@en
P2888
P686
GO:0006892