PhosphoNET

           
Protein Info 
   
Short Name:  DOCK6
Full Name:  Dedicator of cytokinesis protein 6
Alias:  Dedicator of cytokinesis 6; KIAA1395; ZIR1
Type:  Guanine nucleotide exchange factor, misc.
Mass (Da):  229657
Number AA:  2047
UniProt ID:  Q96HP0
International Prot ID:  IPI00184772
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005525  GO:0051020  GO:0005085 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 1T16FAHKINRTVAAEVRK
Site 2S26AEVRKQVSRERSGSP
Site 3S30KQVSRERSGSPHSSR
Site 4S32VSRERSGSPHSSRRC
Site 5S35ERSGSPHSSRRCSSS
Site 6S36RSGSPHSSRRCSSSL
Site 7S40PHSSRRCSSSLGVPL
Site 8S41HSSRRCSSSLGVPLT
Site 9S42SSRRCSSSLGVPLTE
Site 10T48SSLGVPLTEVVEPLD
Site 11S62DFEDVLLSRPPDAEP
Site 12T94LQPRECRTTEPGIPK
Site 13T95QPRECRTTEPGIPKD
Site 14Y127WVIVHRRYQYLSAAY
Site 15Y129IVHRRYQYLSAAYSP
Site 16S131HRRYQYLSAAYSPVT
Site 17S135QYLSAAYSPVTTDTQ
Site 18T139AAYSPVTTDTQRERQ
Site 19T141YSPVTTDTQRERQKG
Site 20S159QVFEQDASGDERSGP
Site 21S164DASGDERSGPEDSND
Site 22S169ERSGPEDSNDSRRGS
Site 23S172GPEDSNDSRRGSGSP
Site 24S176SNDSRRGSGSPEDTP
Site 25S178DSRRGSGSPEDTPRS
Site 26T182GSGSPEDTPRSSGAS
Site 27S185SPEDTPRSSGASSIF
Site 28S186PEDTPRSSGASSIFD
Site 29S189TPRSSGASSIFDLRN
Site 30S190PRSSGASSIFDLRNL
Site 31T221DVDRRNETLRRQHRP
Site 32T233HRPPALLTLYPAPDE
Site 33Y235PPALLTLYPAPDEDE
Site 34S248DEAVERCSRPEPPRE
Site 35Y284IFGILALYDVREKKK
Site 36Y297KKISENFYFDLNSDS
Site 37S302NFYFDLNSDSMKGLL
Site 38S304YFDLNSDSMKGLLRA
Site 39T385LAAEQFCTRLGRYRM
Site 40S415AGQLDRDSDSEGERR
Site 41S417QLDRDSDSEGERRPA
Site 42T426GERRPAWTDRRRRGP
Site 43S438RGPQDRASSGDDACS
Site 44S439GPQDRASSGDDACSF
Site 45S445SSGDDACSFSGFRPA
Site 46T455GFRPATLTVTNFFKQ
Site 47S468KQEAERLSDEDLFKF
Site 48S483LADMRRPSSLLRRLR
Site 49S484ADMRRPSSLLRRLRP
Site 50T493LRRLRPVTAQLKIDI
Site 51S501AQLKIDISPAPENPH
Site 52S512ENPHFCLSPELLHIK
Site 53Y521ELLHIKPYPDPRGRP
Site 54T529PDPRGRPTKEILEFP
Site 55Y541EFPAREVYAPHTSYR
Site 56T545REVYAPHTSYRNLLY
Site 57Y552TSYRNLLYVYPHSLN
Site 58Y554YRNLLYVYPHSLNFS
Site 59S557LLYVYPHSLNFSSRQ
Site 60S561YPHSLNFSSRQGSVR
Site 61S562PHSLNFSSRQGSVRN
Site 62S566NFSSRQGSVRNLAVR
Site 63Y576NLAVRVQYMTGEDPS
Site 64T578AVRVQYMTGEDPSQA
Site 65S594PVIFGKSSCSEFTRE
Site 66S596IFGKSSCSEFTREAF
Site 67T604EFTREAFTPVVYHNK
Site 68Y608EAFTPVVYHNKSPEF
Site 69S612PVVYHNKSPEFYEEF
Site 70Y616HNKSPEFYEEFKLHL
Site 71Y638HHLLFTFYHVSCQPR
Site 72T648SCQPRPGTALETPVG
Site 73T669LQHRRLRTGPFCLPV
Site 74S677GPFCLPVSVDQPPPS
Site 75S684SVDQPPPSYSVLTPD
Site 76S686DQPPPSYSVLTPDVA
Site 77S716VELTAVSSVHPQDPY
Site 78Y723SVHPQDPYLDKFFTL
Site 79T746FPFRLKDTVLSEGNV
Site 80T845YAFRLPGTEPSLPDG
Site 81S848RLPGTEPSLPDGAPP
Site 82T862PVTVQAATLARGSGR
Site 83S867AATLARGSGRPASLY
Site 84S872RGSGRPASLYLARSK
Site 85Y874SGRPASLYLARSKSI
Site 86S878ASLYLARSKSISSSN
Site 87S880LYLARSKSISSSNPD
Site 88S882LARSKSISSSNPDLA
Site 89S883ARSKSISSSNPDLAV
Site 90S884RSKSISSSNPDLAVA
Site 91S894DLAVAPGSVDDEVSR
Site 92S900GSVDDEVSRILASKL
Site 93T954LLGQRLDTPRKLRFP
Site 94Y1021FSLVRAHYKQVATRL
Site 95S1030QVATRLQSSPNPAAL
Site 96T1039PNPAALLTLRMEFTR
Site 97S1065NLPCCPLSPPASPSP
Site 98S1069CPLSPPASPSPSVSS
Site 99S1071LSPPASPSPSVSSTT
Site 100S1073PPASPSPSVSSTTSQ
Site 101S1075ASPSPSVSSTTSQSS
Site 102S1076SPSPSVSSTTSQSST
Site 103T1077PSPSVSSTTSQSSTF
Site 104T1078SPSVSSTTSQSSTFS
Site 105S1079PSVSSTTSQSSTFSS
Site 106S1081VSSTTSQSSTFSSQA
Site 107S1082SSTTSQSSTFSSQAP
Site 108T1083STTSQSSTFSSQAPD
Site 109S1085TSQSSTFSSQAPDPK
Site 110S1086SQSSTFSSQAPDPKV
Site 111S1095APDPKVTSMFELSGP
Site 112S1100VTSMFELSGPFRQQH
Site 113T1148SLLCGHDTDPRYAEA
Site 114Y1152GHDTDPRYAEATVKA
Site 115T1156DPRYAEATVKARVAE
Site 116S1190AEGPGQRSRLASMLD
Site 117S1194GQRSRLASMLDSDTE
Site 118S1198RLASMLDSDTEGEGD
Site 119T1200ASMLDSDTEGEGDIA
Site 120S1227GGPLAPGSRASISQG
Site 121S1230LAPGSRASISQGPPT
Site 122S1232PGSRASISQGPPTAS
Site 123T1237SISQGPPTASRAGCA
Site 124S1239SQGPPTASRAGCALS
Site 125S1246SRAGCALSAESSRTL
Site 126T1277QRWATDLTLPQLGRL
Site 127S1308KAFERINSLTFKKSL
Site 128T1310FERINSLTFKKSLDM
Site 129S1314NSLTFKKSLDMKARL
Site 130S1339RQEMVRRSRERSPFG
Site 131S1343VRRSRERSPFGNPEN
Site 132T1358VRWRKSVTHWKQTSD
Site 133S1364VTHWKQTSDRVDKTK
Site 134T1370TSDRVDKTKDEMEHE
Site 135S1472RLLRHCGSRISTIRT
Site 136S1475RHCGSRISTIRTHAS
Site 137T1476HCGSRISTIRTHASA
Site 138T1479SRISTIRTHASASLY
Site 139S1484IRTHASASLYLLMRQ
Site 140Y1486THASASLYLLMRQNF
Site 141S1512QVTMSLSSLVGTTQN
Site 142T1516SLSSLVGTTQNFSEE
Site 143S1528SEEHLRRSLKTILTY
Site 144T1531HLRRSLKTILTYAEE
Site 145T1534RSLKTILTYAEEDMG
Site 146S1545EDMGLRDSTFAEQVQ
Site 147T1546DMGLRDSTFAEQVQD
Site 148T1563FNLHMILTDTVKMKE
Site 149T1565LHMILTDTVKMKEHQ
Site 150Y1583EMLIDLMYRIARGYQ
Site 151Y1589MYRIARGYQGSPDLR
Site 152S1592IARGYQGSPDLRLTW
Site 153T1598GSPDLRLTWLQNMAG
Site 154S1652VSFQNISSNVLEESA
Site 155S1658SSNVLEESAISDDIL
Site 156S1661VLEESAISDDILSPD
Site 157S1666AISDDILSPDEEGFC
Site 158S1674PDEEGFCSGKHFTEL
Site 159T1679FCSGKHFTELGLVGL
Site 160Y1720ILEAHRDYKKLAAVH
Site 161Y1751WERVFGTYFRVGFYG
Site 162Y1771LDEQEFVYKEPSITK
Site 163S1775EFVYKEPSITKLAEI
Site 164T1777VYKEPSITKLAEISH
Site 165S1783ITKLAEISHRLEEFY
Site 166Y1790SHRLEEFYTERFGDD
Site 167T1791HRLEEFYTERFGDDV
Site 168S1811DSNPVDKSKLDSQKA
Site 169S1815VDKSKLDSQKAYIQI
Site 170Y1819KLDSQKAYIQITYVE
Site 171Y1824KAYIQITYVEPYFDT
Site 172Y1828QITYVEPYFDTYELK
Site 173Y1832VEPYFDTYELKDRVT
Site 174T1839YELKDRVTYFDRNYG
Site 175Y1840ELKDRVTYFDRNYGL
Site 176Y1845VTYFDRNYGLRTFLF
Site 177T1854LRTFLFCTPFTPDGR
Site 178T1857FLFCTPFTPDGRAHG
Site 179T1874PEQHKRKTLLSTDHA
Site 180S1877HKRKTLLSTDHAFPY
Site 181T1878KRKTLLSTDHAFPYI
Site 182Y1884STDHAFPYIKTRIRV
Site 183T1897RVCHREETVLTPVEV
Site 184T1900HREETVLTPVEVAIE
Site 185T1941LQGSVGPTVNQGPLE
Site 186Y1999IGPDQKEYHRELERN
Site 187Y2007HRELERNYCRLREAL
Site 188T2019EALQPLLTQRLPQLM
Site 189T2029LPQLMAPTPPGLRNS
Site 190S2036TPPGLRNSLNRASFR
Site 191S2041RNSLNRASFRKADL_
 
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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