about
Bone morphogenetic protein 4Bone morphogenetic protein 6SMAD family member 4Transforming growth factor, beta 1Bone morphogenetic protein receptor, type 1ATransforming growth factor, beta receptor ITransforming growth factor beta 1Poly(ADP-ribose) polymerase 1Nucleoporin 93Transforming growth factor beta 3Nodal growth differentiation factorRNA binding protein, mRNA processing factorPoly [ADP-ribose] polymeraseDAB adaptor protein 2Poly [ADP-ribose] polymerase 1Disabled 2, mitogen-responsive phosphoproteinPOU domain, class 5, transcription factor 1Nucleoporin 93RNA binding protein gene with multiple splicingTransforming growth factor beta-3NodalBone morphogenetic protein receptor type 1ABone morphogenetic protein 6Transforming growth factor, beta 1Poly (ADP-ribose) polymerase 1Nucleoporin 93Bone morphogenetic protein 4Nodal growth differentiation factorDecapentaplegic Dmel_CG9885Myoglianin Dmel_CG1838Bone morphogenetic protein receptor type 1ASMAD family member 4POU class 5 homeobox 1Bone morphogenetic protein 6Bone morphogenetic protein receptor type 1ABone morphogenetic protein 6Nodal growth differentiation factorBone morphogenetic protein 4Bone morphogenetic protein 4Transforming growth factor beta receptor 1
P682
The adaptor molecule Disabled-2 links the transforming growth factor beta receptors to the Smad pathway.Chromatin and transcriptional signatures for Nodal signaling during endoderm formation in hESCsPotentiation of Smad-mediated transcriptional activation by the RNA-binding protein RBPMSThe Dyslexia-susceptibility Protein KIAA0319 Inhibits Axon Growth Through Smad2 Signaling.
P921
Q14903410-B2D0AA39-3878-4867-B471-F3B4C4964104Q14903751-78288ABE-AEB0-4BEB-B872-1A4EDB2975E6Q14904159-AFBBF460-8904-4F46-B047-958BA3FF6B98Q14904616-C40847EF-2941-48F5-A0D1-BC7657AD66A4Q14904969-DA8B8D8F-7B77-4823-BE0B-A786E7B81163Q14911575-EF4A201E-800C-4DF8-8D04-9FA32BD74C01Q2062543-014316F4-BD1C-47D2-B848-555B1FEF4F98Q21112674-89467F26-352F-4BE2-A97F-5142B3B9B8ABQ21118895-D2AA090C-2861-4544-9E0E-04644F733979Q21122198-4DADB0B9-C3B6-476B-9C70-F3C6BB102ED2Q21124872-7F7CBB7C-FB57-465C-BAA4-47B4FF65C395Q21132865-7C0EB404-8A73-4BAB-B3DF-9DF59334E9A9Q21143486-061EAB31-10D3-4AAD-9B9D-B7DE26FE3206Q21204197-08F22970-9A29-44D9-BB66-735AF9A42F67Q21499177-7E1C14B7-E0CF-4FA4-8E15-AED71323A929Q21982744-64FF33BB-E0DD-4584-9D01-7727E87B6C70Q21983725-FEB75D63-2F60-44A8-B826-94FDBB008E4CQ21985902-B59D14A6-37D6-4E18-87D4-64E53D5BD08EQ21990539-1A7EE36B-22D0-4F81-B2E3-A610DA29D221Q21992441-E7C1520E-5939-43B3-AAC3-AC070781486AQ22676929-EEF27864-0D6E-4EAE-BD16-A2DC22B53612Q28558065-865B81A3-181D-41AA-8537-C48187D2651EQ28558139-6302B5E3-D23B-4E18-A254-61EEF2142D96Q28558652-5B01C535-57ED-4287-B32D-BE46DE0FFD9BQ28559569-97AEBD15-C8F9-4C0C-B071-0D2C0DEB3337Q28563195-506B6FA9-74F3-43AE-9C71-95E09D3200FAQ29523318-B4578161-693D-4833-A3CE-BF50B576E0D6Q29525872-3CCCC4BD-A21D-47A1-B214-8506B56524D9Q29656627-8F19989C-C094-4824-9B67-1D22DBD00F95Q29814674-61D8EA04-E763-44EB-97BD-69D0835548DFQ3631924-C80AB081-6172-4ED1-919E-9EC039BFEFACQ408179-157079BC-33C0-4109-B4F0-B9EF2E2DD889Q409423-274A6890-256F-43F4-A555-DA78F7635487Q4941569-903693BC-833F-4CD3-8DD5-8FC48899DF88Q55200864-2BF237DE-0D34-431B-BED0-C5D0D7F1B66EQ55202498-ABE4C206-7C5F-4391-BAA1-302FBEC84AD8Q55203532-12DB648D-C4A9-4456-966C-87F74EBD71F5Q55203583-6823E355-4FEA-419E-BFB7-1DC6431B1C78Q700001-B72CDA80-9B90-4C9C-AFD9-CDD5EF68B360Q7670160-8A2DBB18-D1FC-4709-BF7C-E4E350EDD44F
P682
description
Any process that increases the ...... mmon-partner SMAD proteins are
@en
biologisch proces
@nl
name
positive regulation of SMAD protein import into nucleus
@en
type
label
positive regulation of SMAD protein import into nucleus
@en
altLabel
GO:0060391
@en
prefLabel
positive regulation of SMAD protein import into nucleus
@en
P279
P2888
P686
GO:0060391