Query   'TKB Domain'  matched   11 Records

Record No : 1

Instance ID11855
Regular Expression[ND]xY[ST]xxP
Motif InstanceNLYSSLP
Bait Uniprot AccessionP07174
Bait Uniprot IdentifierTNR16_RAT
Bait Gene NameNgfr
Bait OrganismRattus norvegicus (Rat)
Sequence Position335-341
Critical ResiduesP3
Motif PTM(s)Phosphorylation at Tyr-P3
Secondary StructureUnknown
Experimental Method(s)Mutational analysis; Sequence based prediction
Interaction ID21855
Interacting DomainTKB domain
Disease Association(s)Unknown
Inhibitor(s)Unknown
Reference(s)15737992, 15337528
CommentsConsensus sequence for phosphotyrosine recognition by the c-Cbl TKB domain in rat p75 neurotrophin receptor, suggesting a c-Cbl-dependent ubiquitination of p75NTR involved in the regulation of p75NTR signalling

Record No : 2

Instance ID11856
Regular Expression[ND]xY[ST]xxP
Motif InstanceDGYTPEP
Bait Uniprot AccessionP43403
Bait Uniprot IdentifierZAP70_HUMAN
Bait Gene NameZAP70
Bait OrganismHomo sapiens (Human)
Sequence Position290-296
Critical ResiduesP1; P3; P7
Motif PTM(s)Phosphorylation at Tyr-P3
Secondary StructureUnknown
Experimental Method(s)X-ray crystallography; Site-directed mutagenesis
Interaction ID21856
Interacting DomainTKB domain
Disease Association(s)Unknown
Inhibitor(s)Unknown
Reference(s)9407100, 15737992, 10078535
CommentsConsensus sequence for phosphotyrosine recognition by the Cbl TKB domain in Tyrosine-protein kinase ZAP-70 that has been demonstrated to be an important in vivo negative regulatory site for ZAP-70 by Cbl

Record No : 3

Instance ID11857
Regular Expression[ND]xY[ST]xxP
Motif InstanceQRYSSDP
Bait Uniprot AccessionP00533
Bait Uniprot IdentifierEGFR_HUMAN
Bait Gene NameEGFR
Bait OrganismHomo sapiens (Human)
Sequence Position1067-1073
Critical ResiduesP3
Motif PTM(s)Phosphorylation at Tyr-P3
Secondary StructureUnknown
Experimental Method(s)Mutational analysis; Sequence based prediction
Interaction ID21857
Interacting DomainTKB domain
Disease Association(s)Unknown
Inhibitor(s)Unknown
Reference(s)15737992, 10635327
CommentsConsensus sequence for phosphotyrosine recognition by the Cbl TKB domain in human Epidermal growth factor receptor, which indicates that Cbl adaptor proteins directly control downregulation of the receptor for the epidermal growth factor (EGFR) by recruiting ubiquitin-activating and -conjugating enzymes

Record No : 4

Instance ID11858
Regular Expression[ND]xY[ST]xxP
Motif InstanceNEYTEGP
Bait Uniprot AccessionO43597
Bait Uniprot IdentifierSPY2_HUMAN
Bait Gene NameSPRY2
Bait OrganismHomo sapiens (Human)
Sequence Position53-59
Critical ResiduesP1; P3; P7
Motif PTM(s)Phosphorylation at Tyr-P3
Secondary StructureUnknown
Experimental Method(s)Mutational analysis
Interaction ID21858
Interacting DomainTKB domain
Disease Association(s)Unknown
Inhibitor(s)Unknown
Reference(s)12815057
CommentsConsensus sequence for phosphotyrosine recognition by the c-Cbl TKB domain in human protein Sprouty homolog 2 and this high affinity interaction is critical for its physiological function in a signal-specific context

Record No : 5

Instance ID11859
Regular ExpressionNxY[STEQ]
Motif InstanceNEYT
Bait Uniprot AccessionP12931
Bait Uniprot IdentifierSRC_HUMAN
Bait Gene NameSRC
Bait OrganismHomo sapiens (Human)
Sequence Position417-420
Critical ResiduesP3
Motif PTM(s)Phosphorylation at Tyr-P3
Secondary StructureUnknown
Experimental Method(s)Mutational analysis; Sequence based prediction
Interaction ID21859
Interacting DomainTKB domain
Disease Association(s)Unknown
Inhibitor(s)Unknown
Reference(s)15737992, 11448952
CommentsConsensus sequence for phosphotyrosine recognition by the Cbl TKB domain in human Proto-oncogene tyrosine-protein kinase Src where c-Cbl acts as a ubiquitin ligase thus down-regulating Src

Record No : 6

Instance ID11860
Regular ExpressionNxY[STEQ]
Motif InstanceNEYT
Bait Uniprot AccessionP06241
Bait Uniprot IdentifierFYN_HUMAN
Bait Gene NameFYN
Bait OrganismHomo sapiens (Human)
Sequence Position418-421
Critical ResiduesP3
Motif PTM(s)Phosphorylation at Tyr-P3
Secondary StructureUnknown
Experimental Method(s)Mutational analysis; Sequence based prediction
Interaction ID21860
Interacting DomainTKB domain
Disease Association(s)Unknown
Inhibitor(s)Unknown
Reference(s)15737992, 10629042
CommentsConsensus sequence for phosphotyrosine recognition by the Cbl TKB domain in human Tyrosine-protein kinase Fyn that implicate Cbl as a component in the negative regulation of Fyn

Record No : 7

Instance ID11861
Regular ExpressionNxY[STEQ]
Motif InstanceNPYE
Bait Uniprot AccessionP43405
Bait Uniprot IdentifierKSYK_HUMAN
Bait Gene NameSYK
Bait OrganismHomo sapiens (Human)
Sequence Position321-324
Critical ResiduesP3
Motif PTM(s)Phosphorylation at Tyr-P3
Secondary StructureUnknown
Experimental Method(s)Mutational analysis; Competition binding assay
Interaction ID21861
Interacting DomainTKB domain
Disease Association(s)Unknown
Inhibitor(s)Unknown
Reference(s)15737992, 9857068
CommentsConsensus sequence for phosphotyrosine recognition by the Cbl TKB domain in human Tyrosine-protein kinase SYK that plays a critical role in the recruitment of Cbl to Syk and in Cbl-mediated negative regulation of Syk

Record No : 8

Instance ID11862
Regular ExpressionNxY[STEQ]
Motif InstanceNNYQ
Bait Uniprot AccessionP07333
Bait Uniprot IdentifierCSF1R_HUMAN
Bait Gene NameCSF1R
Bait OrganismHomo sapiens (Human)
Sequence Position967-970
Critical ResiduesP3
Motif PTM(s)Phosphorylation at Tyr-P3
Secondary StructureUnknown
Experimental Method(s)Mutational analysis; Sequence based prediction
Interaction ID21862
Interacting DomainTKB domain
Disease Association(s)Unknown
Inhibitor(s)Unknown
Reference(s)15737992, 11847211
CommentsConsensus sequence for phosphotyrosine recognition by the Cbl TKB domain in human Macrophage colony-stimulating factor 1 receptor (CSF1R) that promotes Cbl-dependent ubiquitination of CSF1R

Record No : 9

Instance ID11863
Regular ExpressionRA[VI]xNQY[ST]
Motif InstanceRAVENQYS
Bait Uniprot AccessionO14492
Bait Uniprot IdentifierSH2B2_HUMAN
Bait Gene NameSH2B2
Bait OrganismHomo sapiens (Human)
Sequence Position623-630
Critical ResiduesP1; P2; P3; P5; P7
Motif PTM(s)Phosphorylation at Tyr-P7
Secondary StructureExtended conformation
Experimental Method(s)X-ray crystallography; Site-directed mutagenesis; ITC
Interaction ID21863
Interacting DomainTKB domain
Disease Association(s)Unknown
Inhibitor(s)Unknown
Reference(s)15737992
CommentsNovel Cbl phosphotyrosine recognition motif in SH2B adapter protein 2 (APS) that serves as a binding site for the Cbl TKB domain and allows Cbl ito be recruited to and phosphorylated by the insulin receptor in adipose cells through the adapter protein APS

Record No : 10

Instance ID11997
Regular ExpressionDYR
Motif InstanceDYR
Bait Uniprot AccessionP08581
Bait Uniprot IdentifierMET_HUMAN
Bait Gene NameMET
Bait OrganismHomo sapiens (Human)
Sequence Position1002-1004
Critical ResiduesP1; P2; P3
Motif PTM(s)Phosphorylation at Tyr-P2
Secondary StructureUnknown
Experimental Method(s)Alanine-scanning mutagenesis; Co-IP; Far Western blotting; Competition binding
Interaction ID21997
Interacting DomainTKB Domain
Disease Association(s)Cancer
Inhibitor(s)Unknown
Reference(s)15123609
CommentsThe ubiquitination of human Proto-oncogene c-Met by human Proto-oncogene c-Cbl requires the direct interaction of the c-Cbl Tyrosine Kinase binding (TKB) domain with conserved DpY(1003)R motif in the Met juxtamembrane domain leading to suppression of oncogenic activation

Record No : 11

Instance ID11998
Regular ExpressionDYR
Motif InstanceDYR
Bait Uniprot AccessionP08581
Bait Uniprot IdentifierMET_HUMAN
Bait Gene NameMET
Bait OrganismHomo sapiens (Human)
Sequence Position1002-1004
Critical ResiduesP1; P2; P3
Motif PTM(s)Phosphorylation at Tyr-P2
Secondary StructureUnknown
Experimental Method(s)Alanine-scanning mutagenesis; Pull down(GST tag)
Interaction ID21998
Interacting DomainTKB Domain
Disease Association(s)Cancer
Inhibitor(s)Unknown
Reference(s)15123609
CommentsThe TKB domain of human E3 ubiquitin-protein ligase CBL-B binds to human Hepatocyte growth factor receptor (MET) via the conserved DpY(1003)R motif in the MET juxtamembrane domain




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For queries, suggestions and submission of novel motifs please contact Dr. Sudipto Saha (ssaha4@jcbose.ac.in)