about
sameAs
Insulin like growth factor 1Insulin IIInsulin receptorInsulin-like growth factor 1Epidermal growth factorInsulin-like growth factor 2Interleukin 1 alphaInterleukin 1 alphaInsulin-like growth factor I receptorTransforming growth factor alphaSphingosine kinase 1EpiregulinBetacellulin, epidermal growth factor family memberInterleukin 1 betaNucleoporin 62Nucleoporin 62CD28 moleculeInsulin like growth factor 2Platelet derived growth factor receptor betaSH2B adaptor protein 1Dopamine receptor D3LDL receptor related protein 5Endothelin 3Nucleolar and spindle associated protein 1Doublesex and mab-3 related transcription factor 1Platelet derived growth factor subunit BRegulator of cell cyclePhosphatidylethanolamine binding protein 1Telomeric repeat binding factor 1Sphingomyelin phosphodiesterase 3Fibroblast growth factor 8INSDopamine receptor D3Low density lipoprotein receptor-related protein 5Epithelial mitogenTelomeric repeat binding factor 1Hepatocyte growth factor receptorEndothelin 1Endothelin 3CD28 antigen
P682
Molecular cloning and characterization of LR3, a novel LDL receptor family protein with mitogenic activityPSM, a mediator of PDGF-BB-, IGF-I-, and insulin-stimulated mitogenesisCloning, sequence and expression of two distinct human interleukin-1 complementary DNAsHuman T cell activation. II. A new activation pathway used by a major T cell population via a disulfide-bonded dimer of a 44 kilodalton polypeptide (9.3 antigen)NuSAP, a novel microtubule-associated protein involved in mitotic spindle organizationEpigen, the last ligand of ErbB receptors, reveals intricate relationships between affinity and mitogenicity
P921
Q1263065-9C746EEB-A53C-4AAE-A60E-8A5ABF50B02DQ14762286-FD73C9F0-95FE-450A-8071-6BF08E07C8E4Q14863366-8E7B90B2-29CD-4BC1-B6E6-C97B443D9D2FQ14863723-D2B2DB8B-8203-46B7-8A6E-E893ACE29F3FQ14864699-BB30A882-CA80-4FFC-9490-8A719E69B479Q14874351-4427ED64-3B0A-49D4-AD62-9CCF03CE0860Q14878193-B96A63E3-0439-4204-9745-CEABBB74AD66Q14878201-F5D1A599-4957-4059-A256-0DEACCAFF1F7Q14901460-AB0DF8A1-F496-46D1-8867-6B02D97D5B4FQ14908040-50867329-95D0-44B3-B555-81AEB07D65EFQ14913839-4BA10980-DF6B-4D1A-A1B2-947FE1D9C078Q14914548-6BD51CE5-2AA5-49FC-9DF1-4D322FF9D0F7Q14914551-89DE922E-FEFC-4B1E-9379-351B3AA1D13DQ14916414-865CE84E-5B2B-40AA-A716-04DDA2328DEEQ15316702-EFD1C6D8-6291-4FF1-A483-31FA6943711DQ15316762-6551F1ED-22AD-4E72-A86C-40B2631513ACQ1622348-64D35B4A-6922-407A-AD87-355EBD3737CAQ1622348-709946FD-199B-4F55-9EBB-9FA8C2619D2EQ2006984-7EEC2684-D4C6-4DB8-8D5E-8BBA85CC8474Q21108624-829E1D18-D2B9-41BA-BFC2-304F174450BFQ21110140-6A04AFDD-FA4A-4075-A3AE-9A9F0D6DBB7BQ21110872-BACB9E43-C956-4008-947A-91757B2E39BFQ21111886-2BBE37F3-FE9F-47D9-918F-CC1B1BE201D7Q21112271-19FEA348-6197-43B8-BD23-CFFFF05BF4D8Q21114141-E55369D7-8610-4262-A889-B0354BD25708Q21117519-F59D1B47-3C96-4771-A654-9BE2C9B75B09Q21123230-EEB6B14C-F56A-46E2-9C04-91647548552AQ21123834-043BE5D6-4B75-4CAF-8092-AC6E503B0EC5Q21125806-FC7D39D0-7D97-4DE1-B6F9-AE3D79517899Q21130708-B8C5C4B4-AE1D-4DC2-9398-F8C62CD76905Q21144907-CD478C47-4BEF-46B7-AEF6-38811DC0B85CQ21157895-E12B8C96-C6DD-4D5D-9102-A6F6AF65514DQ21163221-C7908269-4619-489F-B5AA-F820AB29C703Q21494344-0F252C6C-E1FF-44F9-81FF-65476669D732Q21495924-1CA9B211-B906-4731-9DE0-50CC506E06DDQ21495924-9E8EF5FE-E752-4B36-8C81-D8416B20AD90Q21496343-DE5CF126-6112-417F-AA78-1E7025A844E7Q21498307-854733E3-94AF-459E-B661-CE64F6715124Q21981691-71A51067-0343-443C-8E79-49EC39069563Q21981779-CCBA5C87-E997-4327-A447-F9C6C0712A69
P682
description
Any process that activates or increases the frequency, rate or extent of mitosis.
@en
biologisch proces
@nl
name
positive regulation of mitotic nuclear division
@en
type
label
positive regulation of mitotic nuclear division
@en
altLabel
GO:0045840
@en
positive regulation of mitosis
@en
up regulation of mitosis
@en
up-regulation of mitosis
@en
upregulation of mitosis
@en
prefLabel
positive regulation of mitotic nuclear division
@en
P279
P279
P2888
P686
GO:0045840