about
Chromosome 10 open reading frame 99Inturned planar cell polarity proteinOrigin recognition complex subunit 6Thioredoxin interacting proteinSushi domain containing 2Ret finger protein like 1Patched 1Bloom syndrome, RecQ like helicaseSeptum site-determining protein MinD HP0331Flagellar biosynthesis regulator HP1034Hypothetical protein PA4303Cell division inhibitor SulA PA3008Cell division inhibitor MinD PA3244Myelocytomatosis oncogeneThioredoxin interacting proteinInturned planar cell polarity proteinOrigin recognition complex subunit 6Sushi domain containing 2Patched 1SOS cell division inhibitor ECIAI39_2188Septum site-determining protein NMB0171Cell division inhibitor SulA PP_2142SOS cell division inhibitor YPO1436Flagellar synthesis regulator FleN PA1454ParA protein LA_2605SOS cell division inhibitor YE1582MinD-like protein VC2067Septum site-determining protein MinD VC1960Hypothetical protein VP1264Cell division inhibitor MinD FN0176Septum site-determining protein MinD Caur_0008Response regulator receiver Caur_3799Septum site-determining protein DR_0752Cell division inhibitor MinD BC4442ATPase activator of MinC BSU_27990ATPase affecting flagellar basal body localisation and number BSU_16410Cell division inhibitor BSU_17860Flagellar biosynthesis protein FlhG THEYE_A2073Carbon monoxide dehydrogenase nickel-insertion accessory protein THEYE_A2089Cellulose synthase operon protein YhjQ STM3620
P682
The Bloom syndrome protein interacts and cooperates with p53 in regulation of transcription and cell growth controlAP-57/C10orf99 is a new type of multifunctional antimicrobial peptideRecruitment of the human Cdt1 replication licensing protein by the loop domain of Hec1 is required for stable kinetochore-microtubule attachment
P921
Q21110643-A0D431C0-FDB3-4A01-80ED-85DAA423236BQ21118442-B184523D-DFD2-4849-AAE2-436F34C96D6BQ21118658-62A10AA0-43DF-49DF-9E29-3295A77DF5B4Q21122281-044DD2CB-CBD1-4D9A-8B08-2263F30B04DEQ21123922-DB89BA62-EAF2-40CC-A06F-458D5CA3219EQ21134274-B46E73EE-805C-45A2-809E-34F57497BB8FQ21135193-1379DCD8-7ED3-4C6D-A77F-2CA89EB507C5Q21433084-48D349EF-E7D2-4E1A-8786-EADB1CD4ABB5Q21433084-B3D1D148-C9D4-40D7-84A2-11EC72831585Q21632673-73A20C56-CEFC-4BD8-87BD-BD82EF83AC35Q21632802-A62B0763-23E2-4317-9335-D5A7F1A9137BQ21758596-66C9ABF7-9540-4D30-9CE7-F5ECFB629F38Q21758646-0C2884BA-7CFA-4A90-940E-F674254B4ABCQ21761341-BF03D2A1-46B5-4F22-A8B7-F7EAAACC8535Q21980001-958D9142-2728-4432-98A5-A8766D44B11DQ21981668-71A3CA92-4365-472C-8008-C21C29D571D1Q21984945-A6D6B991-7953-4A6D-8649-70EAF971EAA1Q21986622-90AF59B4-1B04-4811-AF97-D0D63171920CQ21988181-BF9724AA-2DBA-4039-AF48-6C37A0806B0AQ21989959-C5D98630-2D44-45BE-8AB5-E50E302A599BQ22134495-92B5B1BD-FC20-4410-907C-DA5F1B496364Q22271144-554E043D-B6E1-43A6-A24C-1309B3142A38Q22317421-6E0DF8AB-98B5-4A50-8187-B82C324F9F7CQ22575542-9A28BDE7-66C6-4979-AD7A-061AADD4FF11Q22990077-C0162562-F09A-413D-ABCD-DE421C3951D0Q23065772-53569E14-D0A6-4337-95B3-BA270624B3B7Q23427160-4248B68A-DA8B-4DFD-8A73-2910116411DEQ23433594-397C280B-8347-4A81-837B-55A9FBF762AFQ23436063-CE2F4918-0DEF-419D-9B26-93AB3B852707Q23443542-70C8A8E1-CF86-4104-B15D-042705344BC8Q23460811-818132FB-F53F-40AB-A7B9-15AAE74FF98FQ23471904-E1FC5F3A-6926-457C-991A-391FB72CC313Q23473094-2438BCBD-9BEF-42E5-AB6F-4734CC8A31C0Q23485328-AA5FF04B-A487-4EFD-81CB-BE4C46336756Q23510685-F57189BD-7AE6-4B4B-BD7F-A6B41BADCC78Q23515685-9FD70C11-FCE8-48DE-BF28-CA58E7A504BCQ23516287-54AFCA01-EC0C-412B-AFD0-DCE08A7A0CA9Q23517818-D3B8091F-528D-4911-A8FB-E9665B894509Q23550583-D4387461-6E98-4322-B7C5-C9946B446A8BQ23551595-23B84870-6780-4C39-9504-61EA09E8ED4A
P682
description
Any process that stops, preven ...... te or extent of cell division.
@en
biologisch proces
@nl
name
negative regulation of cell division
@en
type
label
negative regulation of cell division
@en
altLabel
GO:0051782
@en
down regulation of cell division
@en
down-regulation of cell division
@en
downregulation of cell division
@en
prefLabel
negative regulation of cell division
@en
P128
P2888
P686
GO:0051782