about
Parkin RBR E3 ubiquitin protein ligaseFission, mitochondrial 1Dynamin 1 likeMitochondrial elongation factor 2Mitochondrial elongation factor 1DDHD domain containing 2DDHD domain containing 1PTEN induced kinase 1Membrane associated ring-CH-type finger 5VPS35 retromer complex componentMitochondrial E3 ubiquitin protein ligase 1BCL2 interacting protein 3Kinase insert domain receptorBCL2/adenovirus E1B interacting protein 3Vascular endothelial growth factor receptor 2Fission, mitochondrial 1Mitochondrial fission factorDDHD domain containing 2DDHD domain containing 1Mitochondrial elongation factor 2Mitochondrial elongation factor 1DecorinDynamin 1-likeMembrane associated ring-CH-type finger 5Mitochondrial ubiquitin ligase activator of NFKB 1PTEN induced putative kinase 1VPS35 retromer complex componentParkin RBR E3 ubiquitin protein ligaseMdv1p YJL112WFis1p YIL065CMitochondrial fission factorParkin RBR E3 ubiquitin protein ligaseMitochondrial elongation factor 1Fission, mitochondrial 1DecorinDynamin 1-likeDDHD domain containing 2VPS35 retromer complex componentMitochondrial E3 ubiquitin protein ligase 1Membrane associated ring-CH-type finger 5
P682
Decorin causes autophagy in endothelial cells via Peg3MAPL is a new mitochondrial SUMO E3 ligase that regulates mitochondrial fissionInterchangeable adaptors regulate mitochondrial dynamin assembly for membrane scissionPhosphatidic acid (PA)-preferring phospholipase A1 regulates mitochondrial dynamicsA mitochondria-anchored isoform of the actin-nucleating spire protein regulates mitochondrial division.
P921
Q14864264-8BAABEA4-3791-490A-A40F-3DAC077DB96CQ21100434-4B3765D5-2242-4AB0-A650-8587D2909DA2Q21101107-0D9C4898-5FAD-4115-916F-733F158A3553Q21101107-B4D6617A-0157-4FB4-A37D-27066EEA7952Q21105366-2E1D9A4E-75FF-46DF-8EA5-8F0069B4973DQ21105366-328DD6B0-1DBE-4548-8ED6-DA45B5F3CC35Q21105388-7C2F4C8E-7E33-4009-930B-BCF40DA46B2CQ21105388-A476DD97-64F2-4A5F-9EFC-672596618F56Q21112146-B68D4D8C-8714-439B-97D8-89D1BB430D3CQ21112156-710BE1F0-A07E-4663-9179-833B72B17DFEQ21112306-2B971461-AB5C-48AB-933F-A1E2278152A1Q21115770-ACE54381-05AE-41D5-ABE2-A86EB9BFD53DQ21125246-14FAF4F4-308E-43A7-90F5-8435A74DC367Q21131737-1472E680-007C-4328-A5CE-55AE26F41BC1Q21142361-8BBC3CC1-133C-4966-96FB-A7F40614A586Q21172390-225FC1CF-12BA-4DEA-8AB1-86F09CD17A22Q21495416-3DBF507D-0D9C-400B-8A39-46181EDB73F9Q21496011-D13F017D-FDD8-40F4-AB57-A69106825E36Q21496377-FB68F14A-86D7-4906-9124-C9EE8B302014Q21496599-B1EA6776-0CA9-401D-A44A-A0E8B7022190Q21497451-C24E6DA5-EBA1-4520-8574-92A17B1501DFQ21497454-E209A060-4BC8-42ED-9FBF-591F74137888Q21980007-242C3665-141D-41C8-9E15-6B2561A75FB6Q21980007-8F496DD9-5907-49D7-B81C-2EE510AB3DD6Q21980008-054D8360-D260-46AB-81D4-383D2D27E16EQ21980008-6E66B90F-84E8-4196-A431-BB9D4745A1F6Q21980085-8AF3C059-9458-460E-8A87-BE8867AAF643Q21984174-0E11B610-2E0D-46FA-8DF7-C498FF0257CFQ21984174-4D418EE2-91CC-4B94-AE27-6A8F632EAFA3Q21985734-2C7009CD-1818-4725-97D2-3E7E33BEDF73Q21986152-D464E084-D966-4D96-A208-0A0000C424C1Q21986264-4AEA3772-AD52-4126-8993-1840CDA8C112Q21986264-62ADD98C-028F-4F42-82F5-1A91D96790D1Q21992727-A43105E1-9B96-4E6D-A1D6-DA878E66D5DAQ2472777-D4FF3A6F-D656-4299-A13A-648D721DD910Q27550513-75827433-552E-40DE-BF81-1E66493B12C8Q27551138-F3F7F305-6FB7-47C2-8A66-3CEB62D92812Q28557122-A8DD0B18-47DA-4036-8CF8-A6031650DF87Q28557122-C34D722B-CB02-4995-9908-D97049A53325Q28558502-5C038F0E-B742-430C-84A0-18477908975D
P682
description
Any process that increases the ...... te mitochondrial compartments.
@en
biologisch proces
@nl
name
positive regulation of mitochondrial fission
@en
type
label
positive regulation of mitochondrial fission
@en
altLabel
GO:0090141
@en
positive regulation of mitochondrial division
@en
prefLabel
positive regulation of mitochondrial fission
@en
P279
P279
P2888
P686
GO:0090141