about
Integrin linked kinaseFibronectin 1C-abl oncogene 1, non-receptor tyrosine kinasePerlecan (heparan sulfate proteoglycan 2)PaxillinIntegrin alpha 4Integrin beta 3Rac family small GTPase 1Heparan sulfate proteoglycan 2MICAL like 2TEK receptor tyrosine kinaseFER tyrosine kinaseEPH receptor A1EPH receptor B3Parvin betaLaminin subunit beta 4Laminin subunit alpha 5Laminin subunit beta 1Laminin subunit gamma 1Laminin subunit beta 3Integrin subunit alpha VIntegrin subunit alpha 8A-kinase interacting protein 1SRC proto-oncogene, non-receptor tyrosine kinaseSLIT-ROBO Rho GTPase activating protein 2RAB1A, member RAS oncogene familyRap associating with DIL domainNeuropilin 1Integrin subunit beta 7Frizzled class receptor 7Frizzled class receptor 4Parvin alphaParvin gammaTYRO3 protein tyrosine kinaseLaminin subunit gamma 2Laminin subunit gamma 3Kinesin family member 14Multiple EGF like domains 9MER proto-oncogene, tyrosine kinaseNetrin 5
P682
A new focal adhesion protein that interacts with integrin-linked kinase and regulates cell adhesion and spreadingEphA1 interacts with integrin-linked kinase and regulates cell morphology and motilityA point mutation in KINDLIN3 ablates activation of three integrin subfamilies in humansIntegrin alpha 8 recessive mutations are responsible for bilateral renal agenesis in humansEnlazin, a natural fusion of two classes of canonical cytoskeletal proteins, contributes to cytokinesis dynamicsRAC1 Missense Mutations in Developmental Disorders with Diverse Phenotypes.
P921
Q11913806-63338A31-7EFF-4998-883F-7D27649A33D9Q14819493-3B289BC9-C48C-4E55-83DD-D2D5650703ADQ14874000-2B2C7EA1-749C-4FDF-994B-C99F8D6095B0Q14890113-308BAB92-B294-4313-912B-EB0552842336Q14906595-1600F08A-048B-4F57-984C-CFC333ACDB53Q14906595-FE5B9770-698A-47BE-9342-23FC0F3FB8AEQ14912102-E09FFC71-F4A5-4AC0-BCEF-0B90D3D01E7EQ14913644-E475DA34-AF7B-4C41-8FD9-BEAEAE7126AFQ15325768-E1C53CAB-50A1-461B-8448-BAF10810C405Q15325768-F4A3872A-0BD6-41F7-9F07-374446F79075Q2071346-697D61A0-84E7-4D71-979F-2DB4145F742EQ21096444-447D312F-EDBE-465F-B2C6-DCAEFD3A8FC0Q21097266-726C532B-4349-4AFC-BBF9-DC95B117492DQ21100596-4BBCB5EC-1500-4F1B-80A7-F5F33A8C3820Q21101171-E51363B3-E9E7-4966-B81C-DB4C97D80A07Q21101189-BAA5BCDF-DEB6-4760-813A-A0D0F01E6374Q21101996-A3DB3BD4-37DB-436B-A2EF-00D88C36A0F1Q21104617-416CB0F3-EC44-4D25-9A43-0ACD27B9B0C6Q21104621-824828D3-E0DC-494D-9A51-11F8CF7F992DQ21104626-A2DB3604-E902-4518-9775-9E185F6FAA85Q21104626-A9374463-B6AD-4FEA-B4CA-A6273539A3B7Q21104628-77705C9B-1EF5-43B0-AEB2-F27847C5B15EQ21104628-B498C5D2-8BF8-4CA8-8E0E-5EEBE0225E70Q21104630-1DBDDABC-A79D-4990-A8CB-28B794CFFDD9Q21107757-ADCBD164-9B71-40C7-8662-2A2C752E649FQ21107782-1CA01EAD-A543-4541-9D69-1CD2F0466061Q21108190-3253D1AF-C9A4-47FE-BD8E-B81A56C3F670Q21109354-B1561374-B574-47D2-8EBF-460444E7AEE7Q21111371-2AFD306B-5E1B-441E-84D4-3C2AE057660FQ21113198-5ACCCF1E-5D41-4C4D-9988-169870D03D27Q21114137-2EBD9556-52F8-414A-9C85-80E8D9B92FBFQ21114530-B1811595-6D55-4F32-A6F8-4947857F7E22Q21114531-70207CFA-86E7-40EB-9900-858104A823FEQ21115922-49F37AEC-AD1D-45AD-A04B-0CCFCFCA061CQ21115948-C4098CF4-9277-4033-84C6-F919BFC153C6Q21116078-10980EEF-67C7-4020-BD9A-9942F57B2112Q21116078-42C049F9-DA09-4DC3-B4D1-AF047BB338CBQ21116078-A74E3C37-E49F-4032-8629-8B4CAF627E4EQ21116427-2A3CEE5A-3E03-48FC-BA6A-3064C0C717D6Q21118519-57068F47-7C80-4ACC-9C24-1C67807BAD92
P682
description
The morphogenetic process that ...... f its adhesion to a substrate.
@en
biologisch proces
@nl
name
substrate adhesion-dependent cell spreading
@en
type
label
substrate adhesion-dependent cell spreading
@en
altLabel
GO:0034446
@en
cell spreading during cell substrate adhesion
@en
substrate adhesion dependent cell spreading
@en
prefLabel
substrate adhesion-dependent cell spreading
@en
P2888
P686
GO:0034446