PhosphoNET

           
Protein Info 
   
Short Name:  DOCK1
Full Name:  Dedicator of cytokinesis protein 1
Alias:  180 kDa protein downstream of CRK; Ced5; Dedicator of cytokinesis 1; DOC1; DOCK180; DOwnstream of CrK
Type:  Adaptor/scaffold; Guanine nucleotide exchange factor, Rac/Rho; Cytoskeletal protein
Mass (Da):  215346
Number AA:  1865
UniProt ID:  Q14185
International Prot ID:  IPI00015286
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0016020   Uniprot OncoNet
Molecular Function:  GO:0005096  GO:0017124  GO:0005085 PhosphoSite+ KinaseNET
Biological Process:  GO:0006915  GO:0007229  GO:0006911 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 1Y13PTKREEKYGVAFYNY
Site 2Y20YGVAFYNYDARGADE
Site 3S29ARGADELSLQIGDTV
Site 4Y42TVHILETYEGWYRGY
Site 5Y49YEGWYRGYTLRKKSK
Site 6T50EGWYRGYTLRKKSKK
Site 7S55GYTLRKKSKKGIFPA
Site 8S63KKGIFPASYIHLKEA
Site 9T80EGKGQHETVIPGDLP
Site 10T95LIQEVTTTLREWSTI
Site 11S100TTTLREWSTIWRQLY
Site 12T101TTLREWSTIWRQLYV
Site 13Y107STIWRQLYVQDNREM
Site 14Y123RSVRHMIYDLIEWRS
Site 15S130YDLIEWRSQILSGTL
Site 16S134EWRSQILSGTLPQDE
Site 17Y155KVTAKIDYGNRILDL
Site 18T181LDPELTSTISLFRAH
Site 19S183PELTSTISLFRAHEI
Site 20S204ERLQEEKSQKQNIDI
Site 21S245EDAEVLMSLYDPVES
Site 22S252SLYDPVESKFISENY
Site 23S256PVESKFISENYLVRW
Site 24Y259SKFISENYLVRWSSS
Site 25S264ENYLVRWSSSGLPKD
Site 26S265NYLVRWSSSGLPKDI
Site 27S266YLVRWSSSGLPKDID
Site 28T283HNLRAVFTDLGSKDL
Site 29S296DLKREKISFVCQIVR
Site 30T314MELRDNNTRKLTSGL
Site 31T318DNNTRKLTSGLRRPF
Site 32S319NNTRKLTSGLRRPFG
Site 33T384KGQGLWVTLKLLPGD
Site 34T407PHLVDRTTAVARKTG
Site 35Y429GDVRNDIYVTLVQGD
Site 36S441QGDFDKGSKTTAKNV
Site 37T443DFDKGSKTTAKNVEV
Site 38S453KNVEVTVSVYDEDGK
Site 39Y455VEVTVSVYDEDGKRL
Site 40S476GAGDEAISEYKSVIY
Site 41Y478GDEAISEYKSVIYYQ
Site 42S480EAISEYKSVIYYQVK
Site 43Y483SEYKSVIYYQVKQPR
Site 44Y484EYKSVIYYQVKQPRW
Site 45T494KQPRWFETVKVAIPI
Site 46S507PIEDVNRSHLRFTFR
Site 47T512NRSHLRFTFRHRSSQ
Site 48S517RFTFRHRSSQDSKDK
Site 49S518FTFRHRSSQDSKDKS
Site 50S521RHRSSQDSKDKSEKI
Site 51S525SQDSKDKSEKIFALA
Site 52Y539AFVKLMRYDGTTLRD
Site 53T542KLMRYDGTTLRDGEH
Site 54T543LMRYDGTTLRDGEHD
Site 55T566KKLEDAATYLSLPST
Site 56Y567KLEDAATYLSLPSTK
Site 57S569EDAATYLSLPSTKAE
Site 58T573TYLSLPSTKAELEEK
Site 59S583ELEEKGHSATGKSMQ
Site 60S588GHSATGKSMQSLGSC
Site 61S591ATGKSMQSLGSCTIS
Site 62S594KSMQSLGSCTISKDS
Site 63S598SLGSCTISKDSFQIS
Site 64S605SKDSFQISTLVCSTK
Site 65S627LGLLKWRSNTSLLQQ
Site 66T629LLKWRSNTSLLQQNL
Site 67S668IMMENSESETFDTLV
Site 68T670MENSESETFDTLVFD
Site 69Y712HFSATLAYTKLTKVL
Site 70Y722LTKVLKNYVDGAEKP
Site 71Y736PGVNEQLYKAMKALE
Site 72Y760RILFNQLYENKGEAD
Site 73S784RSINDMMSSMSDQTV
Site 74S785SINDMMSSMSDQTVR
Site 75T790MSSMSDQTVRVKGAA
Site 76T803AALKYLPTIVNDVKL
Site 77T851IVHSDLFTQHDCREI
Site 78Y892SHILEVLYRKDVGPT
Site 79T917LLRTVNRTVISMGRD
Site 80S920TVNRTVISMGRDSEL
Site 81Y945ILRQMEDYHYAHLIK
Site 82Y947RQMEDYHYAHLIKTF
Site 83T953HYAHLIKTFGKMRTD
Site 84Y1003FLRAINQYADMLNKK
Site 85S1045LQLENFSSAKRAKIL
Site 86Y1055RAKILNKYGDMRRQI
Site 87T1103ETELRKATIPIFFDM
Site 88Y1145GGRGDEQYKVLFDKI
Site 89Y1162EHCRKHKYLAKTGET
Site 90Y1184LMERLLDYRTIMHDE
Site 91T1186ERLLDYRTIMHDENK
Site 92Y1216EIEREEMYIRYLYKL
Site 93Y1219REEMYIRYLYKLCDL
Site 94Y1221EMYIRYLYKLCDLHK
Site 95Y1233LHKECDNYTEAAYTL
Site 96T1234HKECDNYTEAAYTLL
Site 97T1259DVCVAHLTQRDGYQA
Site 98Y1264HLTQRDGYQATTQGQ
Site 99T1267QRDGYQATTQGQLKE
Site 100Y1277GQLKEQLYQEIIHYF
Site 101Y1283LYQEIIHYFDKGKMW
Site 102Y1311YENEMFDYEQLSELL
Site 103Y1338VIRPKPDYFAVGYYG
Site 104Y1343PDYFAVGYYGQGFPT
Site 105Y1344DYFAVGYYGQGFPTF
Site 106T1350YYGQGFPTFLRGKVF
Site 107Y1364FIYRGKEYERREDFE
Site 108T1376DFEARLLTQFPNAEK
Site 109T1386PNAEKMKTTSPPGDD
Site 110S1388AEKMKTTSPPGDDIK
Site 111S1397PGDDIKNSPGQYIQC
Site 112Y1401IKNSPGQYIQCFTVK
Site 113T1406GQYIQCFTVKPKLDL
Site 114S1422PKFHRPVSEQIVSFY
Site 115S1427PVSEQIVSFYRVNEV
Site 116Y1439NEVQRFEYSRPIRKG
Site 117Y1464MWIERTIYTTAYKLP
Site 118T1466IERTIYTTAYKLPGI
Site 119Y1468RTIYTTAYKLPGILR
Site 120T1500AIETMQLTNDKINSM
Site 121S1516QQHLDDPSLPINPLS
Site 122Y1550KAFFTDRYLQEHPEA
Site 123T1587RIHGDKVTEALRPFH
Site 124S1619YGVRIMPSSLDDRRG
Site 125S1620GVRIMPSSLDDRRGS
Site 126S1627SLDDRRGSRPRSMVR
Site 127S1631RRGSRPRSMVRSFTM
Site 128S1635RPRSMVRSFTMPSSS
Site 129T1637RSMVRSFTMPSSSRP
Site 130S1640VRSFTMPSSSRPLSV
Site 131S1641RSFTMPSSSRPLSVA
Site 132S1642SFTMPSSSRPLSVAS
Site 133S1646PSSSRPLSVASVSSL
Site 134S1649SRPLSVASVSSLSSD
Site 135S1654VASVSSLSSDSTPSR
Site 136S1655ASVSSLSSDSTPSRP
Site 137S1657VSSLSSDSTPSRPGS
Site 138T1658SSLSSDSTPSRPGSD
Site 139S1660LSSDSTPSRPGSDGF
Site 140S1664STPSRPGSDGFALEP
Site 141S1681PKKMHSRSQDKLDKD
Site 142S1704KKKEKRNSKHQEIFE
Site 143T1717FEKEFKPTDISLQQS
Site 144S1720EFKPTDISLQQSEAV
Site 145S1724TDISLQQSEAVILSE
Site 146S1730QSEAVILSETISPLR
Site 147T1732EAVILSETISPLRPQ
Site 148S1734VILSETISPLRPQRP
Site 149S1743LRPQRPKSQVMNVIG
Site 150S1751QVMNVIGSERRFSVS
Site 151S1756IGSERRFSVSPSSPS
Site 152S1758SERRFSVSPSSPSSQ
Site 153S1760RRFSVSPSSPSSQQT
Site 154S1761RFSVSPSSPSSQQTP
Site 155S1763SVSPSSPSSQQTPPP
Site 156S1764VSPSSPSSQQTPPPV
Site 157T1767SSPSSQQTPPPVTPR
Site 158T1772QQTPPPVTPRAKLSF
Site 159S1778VTPRAKLSFSMQSSL
Site 160S1780PRAKLSFSMQSSLEL
Site 161S1783KLSFSMQSSLELNGM
Site 162S1784LSFSMQSSLELNGMT
Site 163S1807PPLPLKGSVADYGNL
Site 164Y1811LKGSVADYGNLMENQ
Site 165S1823ENQDLLGSPTPPPPP
Site 166T1825QDLLGSPTPPPPPPH
Site 167S1842HLPPPLPSKTPPPPP
Site 168T1844PPPLPSKTPPPPPPK
Site 169T1852PPPPPPKTTRKQASV
Site 170S1858KTTRKQTSVDSGIVQ
 
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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