PhosphoNET

           
Protein Info 
   
Short Name:  COBL
Full Name:  Protein cordon-bleu
Alias:  Cordon-bleu; KIAA0633
Type:  Cell development/differentiation; Actin binding protein
Mass (Da):  135617
Number AA:  1261
UniProt ID:  O75128
International Prot ID:  IPI00384529
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:      Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1S7_MDAPRASAAKPPTG
Site 2T13ASAAKPPTGRKMKAR
Site 3T30PPPGKAATLHVHSDQ
Site 4S35AATLHVHSDQKPPHD
Site 5S47PHDGALGSQQNLVRM
Site 6S77PSGLEKRSVLNGSHA
Site 7S110HALEIRSSETQQPLS
Site 8T112LEIRSSETQQPLSFK
Site 9S117SETQQPLSFKPNTLI
Site 10S154PPKVPEKSVRLVVNY
Site 11S172QKAVVRVSPEVPLQN
Site 12S210AGEELELSKSLNELG
Site 13S212EELELSKSLNELGIK
Site 14Y222ELGIKELYAWDNRRE
Site 15T230AWDNRRETFRKSSLG
Site 16S234RRETFRKSSLGNDET
Site 17S235RETFRKSSLGNDETD
Site 18T241SSLGNDETDKEKKKF
Site 19S258FFKVNKRSNSKGCLT
Site 20S260KVNKRSNSKGCLTTP
Site 21T265SNSKGCLTTPNSPSM
Site 22T266NSKGCLTTPNSPSMH
Site 23S269GCLTTPNSPSMHSRS
Site 24S271LTTPNSPSMHSRSLT
Site 25S274PNSPSMHSRSLTLGP
Site 26S276SPSMHSRSLTLGPSL
Site 27T278SMHSRSLTLGPSLSL
Site 28S292LGSISGVSVKSEMKK
Site 29S295ISGVSVKSEMKKRRA
Site 30S308RAPPPPGSGPPVQDK
Site 31S317PPVQDKASEKVSLGS
Site 32S321DKASEKVSLGSQIDL
Site 33S324SEKVSLGSQIDLQKK
Site 34S347PPQPPPPSPLIPNRT
Site 35T354SPLIPNRTEDKEENR
Site 36S363DKEENRKSTMVSLPL
Site 37T364KEENRKSTMVSLPLG
Site 38S367NRKSTMVSLPLGSGS
Site 39S372MVSLPLGSGSHCSPD
Site 40S374SLPLGSGSHCSPDGA
Site 41S377LGSGSHCSPDGAPQV
Site 42S386DGAPQVLSEAEETVS
Site 43S393SEAEETVSVGSCFAS
Site 44S400SVGSCFASEDTTEDS
Site 45T403SCFASEDTTEDSGVM
Site 46T404CFASEDTTEDSGVMS
Site 47S407SEDTTEDSGVMSSPS
Site 48S411TEDSGVMSSPSDIVS
Site 49S412EDSGVMSSPSDIVSL
Site 50S414SGVMSSPSDIVSLDS
Site 51S418SSPSDIVSLDSQQDS
Site 52S421SDIVSLDSQQDSMKY
Site 53S425SLDSQQDSMKYKDKW
Site 54T434KYKDKWATDQEDCSD
Site 55S440ATDQEDCSDQDLAGT
Site 56T447SDQDLAGTPDLGPQK
Site 57S455PDLGPQKSPLWEKNG
Site 58S463PLWEKNGSENSHLRT
Site 59S466EKNGSENSHLRTEKA
Site 60T470SENSHLRTEKAVTAS
Site 61T475LRTEKAVTASNDEED
Site 62T492IAGEFRKTLAELDED
Site 63S506DLEEMEDSYETDTSS
Site 64Y507LEEMEDSYETDTSSL
Site 65T509EMEDSYETDTSSLTS
Site 66T511EDSYETDTSSLTSSI
Site 67S512DSYETDTSSLTSSIH
Site 68S513SYETDTSSLTSSIHG
Site 69T515ETDTSSLTSSIHGAS
Site 70S516TDTSSLTSSIHGASN
Site 71S517DTSSLTSSIHGASNH
Site 72S548VTFIGEVSDDPVDSG
Site 73S554VSDDPVDSGLFSNRN
Site 74S558PVDSGLFSNRNNNAG
Site 75S566NRNNNAGSFDSEGVA
Site 76S569NNAGSFDSEGVASRR
Site 77S574FDSEGVASRRDSLAP
Site 78S578GVASRRDSLAPLQAE
Site 79S587APLQAEHSQPHEKAR
Site 80S616KGIRVALSNISKDGN
Site 81T627KDGNLMETAPRVTSF
Site 82T632METAPRVTSFASNLH
Site 83S633ETAPRVTSFASNLHT
Site 84T640SFASNLHTDNLNAKV
Site 85Y652AKVKDKVYGCADGER
Site 86T663DGERTQATERVNSQP
Site 87S668QATERVNSQPVNEKD
Site 88S687NAALAPTSWHQRGQN
Site 89S698RGQNPGKSYRLKHGL
Site 90Y708LKHGLTTYKIIPPKS
Site 91Y720PKSEMRCYDRDVSLS
Site 92S725RCYDRDVSLSTGAIK
Site 93S727YDRDVSLSTGAIKID
Site 94S741DELGNLVSPHATGIR
Site 95S751ATGIRIISLSSSVPE
Site 96S755RIISLSSSVPEAESQ
Site 97S761SSVPEAESQPIGKVR
Site 98S775REFWRCNSVEKHLGR
Site 99S784EKHLGRPSESSARGP
Site 100S786HLGRPSESSARGPPS
Site 101S787LGRPSESSARGPPST
Site 102S793SSARGPPSTPVPTQT
Site 103T794SARGPPSTPVPTQTQ
Site 104T798PPSTPVPTQTQNPES
Site 105T800STPVPTQTQNPESRL
Site 106S805TQTQNPESRLQADPK
Site 107S815QADPKPISPQQKSAH
Site 108S820PISPQQKSAHHEGRN
Site 109T838EGRNQPPTMGMGHVR
Site 110T855AAHTTEVTFLKPQRR
Site 111T863FLKPQRRTSSQYVAS
Site 112S864LKPQRRTSSQYVASA
Site 113S865KPQRRTSSQYVASAI
Site 114Y867QRRTSSQYVASAIAK
Site 115Y891DVVRPHGYAEKGYAG
Site 116Y896HGYAEKGYAGKAPVL
Site 117T909VLAAPPVTVKDDRTS
Site 118T915VTVKDDRTSSPHSET
Site 119S916TVKDDRTSSPHSETQ
Site 120S917VKDDRTSSPHSETQG
Site 121S920DRTSSPHSETQGWKD
Site 122T935GAQWPCVTPPNNHGE
Site 123S962IGPHRKLSTQDRPAA
Site 124S973RPAAIHRSSCFSLVQ
Site 125S974PAAIHRSSCFSLVQS
Site 126S977IHRSSCFSLVQSSQR
Site 127S981SCFSLVQSSQRDRVS
Site 128S982CFSLVQSSQRDRVSV
Site 129S988SSQRDRVSVGQSCGF
Site 130S992DRVSVGQSCGFSGKQ
Site 131S996VGQSCGFSGKQSTSS
Site 132S1000CGFSGKQSTSSQEAS
Site 133S1002FSGKQSTSSQEASSA
Site 134S1003SGKQSTSSQEASSAS
Site 135S1007STSSQEASSASEPRR
Site 136S1010SQEASSASEPRRAPD
Site 137T1019PRRAPDGTDPPPPHT
Site 138T1026TDPPPPHTSDTQACS
Site 139S1027DPPPPHTSDTQACSR
Site 140T1029PPPHTSDTQACSREL
Site 141S1040SRELVNGSVRAPGHG
Site 142S1050APGHGEPSHPPGGSG
Site 143S1056PSHPPGGSGTESHIL
Site 144S1060PGGSGTESHILLERE
Site 145S1071LEREEKPSVFSTDGN
Site 146T1075EKPSVFSTDGNETDS
Site 147S1082TDGNETDSIWPPSIF
Site 148S1087TDSIWPPSIFGPKKK
Site 149T1107QRPVPKDTSLHSALM
Site 150S1108RPVPKDTSLHSALME
Site 151S1111PKDTSLHSALMEAIH
Site 152T1129GKDRLRKTAEHTGEG
Site 153S1142EGRPAKLSYTEAEGE
Site 154Y1143GRPAKLSYTEAEGER
Site 155S1161LAAIRGHSGTCSLRK
Site 156T1163AIRGHSGTCSLRKVA
Site 157S1165RGHSGTCSLRKVASS
Site 158S1171CSLRKVASSASEELQ
Site 159S1172SLRKVASSASEELQS
Site 160S1174RKVASSASEELQSFR
Site 161S1179SASEELQSFRDAALS
Site 162S1186SFRDAALSAQGSESP
Site 163S1190AALSAQGSESPLLED
Site 164S1192LSAQGSESPLLEDLG
Site 165S1214PPPPPPPSQALSAPR
Site 166S1218PPPSQALSAPRTASR
Site 167T1222QALSAPRTASRFSTG
Site 168S1224LSAPRTASRFSTGTL
Site 169S1227PRTASRFSTGTLSNT
Site 170T1228RTASRFSTGTLSNTA
Site 171T1230ASRFSTGTLSNTADA
Site 172S1232RFSTGTLSNTADARQ
Site 173T1249MDAIRSGTGAARLRK
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


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