Casein kinase 1, deltagamma-tubulin complex component, putativeTubulin gamma complex associated protein 3Tubulin gamma complex associated protein 6Tubulin gamma complex associated protein 5Tubulin gamma complex associated protein 2Tubulin gamma complex associated protein 4Biogenesis of lysosomal organelles complex 1 subunit 2RAN binding protein 9EF-hand calcium binding domain 11Centrin 3Cytoplasmic linker associated protein 2Cytoplasmic linker associated protein 1Tubulin gamma 1NudE neurodevelopment protein 1SLAIN motif family member 2Tubulin gamma 2NudE neurodevelopment protein 1 like 1Gamma-tubulin complex componentGamma-tubulin complex componentGolgin A2Centromere protein JA-kinase anchoring protein 9NudE neurodevelopment protein 1 like 1A kinase (PRKA) anchor protein (yotiao) 9EF-hand calcium binding domain 11Centrin 3CLIP associating protein 1CLIP associating protein 2Golgi autoantigen, golgin subfamily a, 2NudE neurodevelopment protein 1Tubulin, gamma complex associated protein 3Tubulin, gamma complex associated protein 5Tubulin, gamma complex associated protein 2Tubulin, gamma complex associated protein 4SLAIN motif family, member 2Tubulin, gamma 1Tubulin, gamma 2Tubulin, gamma complex associated protein 6Cnm67p YNL225C
P682
Microtubule nucleation at the cis-side of the Golgi apparatus requires AKAP450 and GM130Microtubule nucleation.LSPR Biosensing Approach for the Detection of Microtubule NucleationSpastin is a dual-function enzyme that severs microtubules and promotes their regrowth to increase the number and mass of microtubulesA SEPT1-based scaffold is required for Golgi integrity and function
P921
Q15324818-7C663C9F-D0AE-4872-9614-42821AFA883FQ18969297-024E11C6-3E0D-4594-9A9D-ADD2F802E732Q18969297-8534D118-FAAF-4895-ADBC-4909C0EF369AQ21110336-4CA72E3A-2A0D-40A4-BCAD-7130ABDA2F07Q21110337-1DDD83D5-3FAD-4067-BB14-708F739B4A41Q21110338-36FA3646-35CD-4E00-B5B2-DA780BC45635Q21110339-813B793D-4307-46D8-B223-19F1317E15B4Q21110347-D4603AF9-CCD3-4305-8178-C29E9EE9EBA5Q21111716-E32EA2F3-48B4-4A94-AE4A-A310E032FB2FQ21112197-0340F962-142A-4DBC-9137-A34200F76D35Q21113242-CAEEDE5F-BAAC-4940-AB8E-308C45C60277Q21114077-42785AC3-2FBE-4FC0-82B7-8DA5CF7DA1F0Q21114173-0CB92564-0123-4649-BBFA-18766D5DEF52Q21114179-8D25B94C-80A1-4073-BB54-6A1D22920279Q21115375-6A2845FE-80D0-4D26-89DC-1AE3CA7E862EQ21115375-6C95DDEF-5C9D-44AE-8B68-5130A0EDD429Q21118843-487A24F1-6FB9-4ABE-A81E-A204C408ED6BQ21124513-4A4773D7-20FD-44FB-8D60-E65862C1C9C4Q21124608-03B0754B-40D7-486B-A21F-00D11ECE2053Q21124608-FD06842C-BA9D-4340-BF0E-B3765FA05470Q21130498-2463D207-15D3-422B-8C2D-6267A5961F5CQ21148830-D7A1C4E5-DCE1-4559-8318-A909FB9D47A7Q21149304-5DE70493-BE61-44D5-9ACD-FA9C5A258FBCQ21172266-EFD52741-1A32-4862-AC74-3D95D26A0D37Q21173229-EF781DCE-A8E1-404A-8350-0EFED2359F81Q21203032-96DB5505-FF98-4503-868D-0AD1C7ECE03AQ21491063-C44AEEC0-751F-410D-9257-A8F5F39D796AQ21494823-08D62AFE-ED8A-402C-928F-5D3DAF132E7BQ21498341-84EDB032-D5F3-4557-A225-BF16BC1C9877Q21981252-7A6F9014-7BB6-4AB1-953D-07A5BC382920Q21981268-D369E9DF-2E3B-4AD7-8AEF-9D37A79D964EQ21981270-3FC221FD-B0E0-40BE-AD35-C9B3A0255B1CQ21982146-2ADCBC52-257C-4F0E-B5B0-4243C862EDD2Q21982880-CC766309-0B1A-4A22-A84A-B05482866EF1Q21982880-D8E9151D-2428-48CB-82B3-CA9FC30F5172Q21984841-E14F0AE6-2F26-4103-B216-3000F7A52D58Q21984846-BAA58CA6-BD3A-4481-99BA-28BEC47AC6B6Q21984848-829A641E-403B-4601-86AA-48CEC737122CQ21984849-2E436378-91C7-4DC0-BB4D-CD8DCC56AEF1Q21991162-FACE66D5-F739-4CD0-BF18-E1FB53156F86
P682
description
The process in which tubulin a ...... absence of any existing microt
@en
biologisch proces
@nl
name
microtubule nucleation
@en
Нуклеація елементів цитоскелету
@uk
微管成核
@zh
type
label
microtubule nucleation
@en
Нуклеація елементів цитоскелету
@uk
微管成核
@zh
prefLabel
microtubule nucleation
@en
Нуклеація елементів цитоскелету
@uk
微管成核
@zh
P6366
P2888
P6366
P686
GO:0007020