PhosphoNET

           
Protein Info 
   
Short Name:  DOCK10
Full Name:  Dedicator of cytokinesis protein 10
Alias:  Dedicator of cytokinesis 10; Dedicator of cytokinesis protein 10;Zizimin-3;Dedicator of cytokinesis protein 10;Zizimin-3; DOC10; Dopamine receptor interacting 2; DRIP2; KIAA0694; Nbla10300; ZIZ3; Zizimin 3; Zizimin3
Type:  Guanine nucleotide exchange factor for G protein
Mass (Da):  249312
Number AA:  2183
UniProt ID:  Q96BY6
International Prot ID:  IPI00333770
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 1T10GERTRRFTRSLLRPG
Site 2S12RTRRFTRSLLRPGQA
Site 3S35SAAAVAVSSRQQQRQ
Site 4Y53RLLEPLDYETVIEEL
Site 5T55LEPLDYETVIEELEK
Site 6T63VIEELEKTYRNDPLQ
Site 7S77QDLLFFPSDDFSAAT
Site 8S81FFPSDDFSAATVSWD
Site 9T84SDDFSAATVSWDIRT
Site 10T91TVSWDIRTLYSTVPE
Site 11Y93SWDIRTLYSTVPEDA
Site 12S94WDIRTLYSTVPEDAE
Site 13T95DIRTLYSTVPEDAEH
Site 14Y125SQWHVVNYKYEQYSG
Site 15Y127WHVVNYKYEQYSGDI
Site 16Y142RQLPRAEYKPEKLPS
Site 17S149YKPEKLPSHSFEIDH
Site 18S151PEKLPSHSFEIDHED
Site 19T165DADKDEDTTSHSSSK
Site 20T166ADKDEDTTSHSSSKG
Site 21S167DKDEDTTSHSSSKGG
Site 22S169DEDTTSHSSSKGGGG
Site 23S170EDTTSHSSSKGGGGA
Site 24S171DTTSHSSSKGGGGAG
Site 25T180GGGGAGGTGVFKSGW
Site 26Y189VFKSGWLYKGNFNST
Site 27S195LYKGNFNSTVNNTVT
Site 28T196YKGNFNSTVNNTVTV
Site 29T200FNSTVNNTVTVRSFK
Site 30T202STVNNTVTVRSFKKR
Site 31S205NNTVTVRSFKKRYFQ
Site 32Y210VRSFKKRYFQLTQLP
Site 33T214KKRYFQLTQLPDNSY
Site 34Y221TQLPDNSYIMNFYKD
Site 35Y256QNNRLRKYAFELKMN
Site 36S276VLAAETESDMDEWIH
Site 37S292LNRILQISPEGPLQG
Site 38S302GPLQGRRSTELTDLG
Site 39T303PLQGRRSTELTDLGL
Site 40T306GRRSTELTDLGLDSL
Site 41S316GLDSLDNSVTCECTP
Site 42T318DSLDNSVTCECTPEE
Site 43T322NSVTCECTPEETDSS
Site 44S328CTPEETDSSENNLHA
Site 45S329TPEETDSSENNLHAD
Site 46Y340LHADFAKYLTETEDT
Site 47T347YLTETEDTVKTTRNM
Site 48T350ETEDTVKTTRNMERL
Site 49S361MERLNLFSLDPDIDT
Site 50T368SLDPDIDTLKLQKKD
Site 51S381KDLLEPESVIKPFEE
Site 52T418ENENDPITNIEPFFV
Site 53Y430FFVSVALYDLRDSRK
Site 54S435ALYDLRDSRKISADF
Site 55S439LRDSRKISADFHVDL
Site 56S459RQMLLGASVALENGN
Site 57T469LENGNIDTITPRQSE
Site 58T471NGNIDTITPRQSEEP
Site 59S475DTITPRQSEEPHIKG
Site 60S497FPKQAVFSVSNPHSE
Site 61S499KQAVFSVSNPHSEIV
Site 62Y526IASGAEPYIKNPDSN
Site 63S532PYIKNPDSNKYAQKI
Site 64Y535KNPDSNKYAQKILKS
Site 65S548KSNRQFCSKLGKYRM
Site 66Y553FCSKLGKYRMPFAWA
Site 67Y563PFAWAVRYVFKDNQG
Site 68S576QGNVDRDSRFSPLFR
Site 69S579VDRDSRFSPLFRQES
Site 70S586SPLFRQESSKISTED
Site 71S590RQESSKISTEDLVKL
Site 72T591QESSKISTEDLVKLV
Site 73S599EDLVKLVSDYRRADR
Site 74Y601LVKLVSDYRRADRIS
Site 75S608YRRADRISKMQTIPG
Site 76T612DRISKMQTIPGSLDI
Site 77S616KMQTIPGSLDIAVDN
Site 78T651MMAQTEPTVEVEEFV
Site 79Y659VEVEEFVYDSTKYCR
Site 80Y664FVYDSTKYCRPYRVY
Site 81Y668STKYCRPYRVYKNQI
Site 82Y671YCRPYRVYKNQIYIY
Site 83Y676RVYKNQIYIYPKHLK
Site 84Y678YKNQIYIYPKHLKYD
Site 85Y684IYPKHLKYDSQKCFN
Site 86S686PKHLKYDSQKCFNKA
Site 87T697FNKARNITVCIEFKN
Site 88S705VCIEFKNSDEESAKP
Site 89S709FKNSDEESAKPLKCI
Site 90Y717AKPLKCIYGKPGGPL
Site 91S737YTAVLHHSQNPDFSD
Site 92S743HSQNPDFSDEVKIEL
Site 93Y765HHILFSFYHVTCDIN
Site 94T785KKKEALETSVGYAWL
Site 95Y805DQIASQEYNIPIATS
Site 96S812YNIPIATSLPPNYLS
Site 97Y817ATSLPPNYLSFQDSA
Site 98S819SLPPNYLSFQDSASH
Site 99S823NYLSFQDSASHGGSD
Site 100S825LSFQDSASHGGSDIK
Site 101S829DSASHGGSDIKWVDG
Site 102T853FVVSTVNTQDPHVNA
Site 103S873QKREKDMSQSPTSNF
Site 104S875REKDMSQSPTSNFIR
Site 105T877KDMSQSPTSNFIRSC
Site 106S878DMSQSPTSNFIRSCK
Site 107T920QNEEDEITTTVTRVL
Site 108T922EEDEITTTVTRVLTD
Site 109S942HEEQLDHSVQSYIKF
Site 110Y946LDHSVQSYIKFVFKT
Site 111T960TRACKERTVHEELAK
Site 112S975NVTGLLKSNDSTTVK
Site 113S978GLLKSNDSTTVKHVL
Site 114T979LLKSNDSTTVKHVLE
Site 115T980LKSNDSTTVKHVLEH
Site 116T1006MAQHLIDTNKIQLPR
Site 117S1020RPQRFPESYQNELDN
Site 118Y1021PQRFPESYQNELDNL
Site 119Y1040SDHVIWKYKDALEET
Site 120S1053ETRRANHSVARFLKR
Site 121Y1069FTFMDRGYVFKMVNN
Site 122Y1092DFQTLCQYKFDFLQE
Site 123T1123ANIPDPLTPSESTQE
Site 124S1125IPDPLTPSESTQELH
Site 125S1127DPLTPSESTQELHAS
Site 126S1134STQELHASDMPEYSV
Site 127Y1139HASDMPEYSVTNEFC
Site 128S1140ASDMPEYSVTNEFCR
Site 129S1185KNLMAKHSFDDRYRE
Site 130Y1190KHSFDDRYRERKQAQ
Site 131S1200RKQAQIASLYMPLYG
Site 132Y1217LDNMPRIYLKDLYPF
Site 133Y1222RIYLKDLYPFTVNTS
Site 134T1225LKDLYPFTVNTSNQG
Site 135T1228LYPFTVNTSNQGSRD
Site 136S1229YPFTVNTSNQGSRDD
Site 137S1233VNTSNQGSRDDLSTN
Site 138S1238QGSRDDLSTNGGFQS
Site 139T1239GSRDDLSTNGGFQSQ
Site 140S1245STNGGFQSQTAIKHA
Site 141S1254TAIKHANSVDTSFSK
Site 142T1257KHANSVDTSFSKDVL
Site 143S1258HANSVDTSFSKDVLN
Site 144S1260NSVDTSFSKDVLNSI
Site 145S1283STVNHADSRASLASL
Site 146S1286NHADSRASLASLDSN
Site 147S1289DSRASLASLDSNPST
Site 148S1292ASLASLDSNPSTNEK
Site 149S1295ASLASLDSNPSTNEK
Site 150T1296SLDSNPSTNEKSSEK
Site 151S1300NPSTNEKSSEKTDNC
Site 152T1304NEKSSEKTDNCEKVP
Site 153S1315EKVPRPLSLIGSTLR
Site 154S1319RPLSLIGSTLRFDKL
Site 155Y1353SDETLIAYWQRAPSP
Site 156S1359AYWQRAPSPEVSDFF
Site 157S1363RAPSPEVSDFFSILE
Site 158T1403QSTQNNGTLKGSNPS
Site 159S1410TLKGSNPSCQTSGLL
Site 160T1413GSNPSCQTSGLLSQW
Site 161S1414SNPSCQTSGLLSQWM
Site 162S1418CQTSGLLSQWMHSTS
Site 163S1423LLSQWMHSTSSHEGH
Site 164S1425SQWMHSTSSHEGHKQ
Site 165S1435EGHKQHRSQTLPIIR
Site 166T1437HKQHRSQTLPIIRGK
Site 167S1448IRGKNALSNPKLLQM
Site 168S1573LKCCNHRSRSTQTEA
Site 169S1575CCNHRSRSTQTEASA
Site 170T1576CNHRSRSTQTEASAL
Site 171S1599FEFNKQKSIVRSHLQ
Site 172S1603KQKSIVRSHLQLIKA
Site 173S1628GGSRFQHSLAITNNF
Site 174T1632FQHSLAITNNFANGD
Site 175T1655PAEVKDLTKRIRTVL
Site 176T1660DLTKRIRTVLMATAQ
Site 177S1688LQYSLANSYASTPEL
Site 178T1692LANSYASTPELRRTW
Site 179T1698STPELRRTWLESMAK
Site 180S1702LRRTWLESMAKIHAR
Site 181Y1736EYLKRKGYWKVEKIC
Site 182T1744WKVEKICTASLLSED
Site 183S1746VEKICTASLLSEDTH
Site 184T1752ASLLSEDTHPCDSNS
Site 185S1757EDTHPCDSNSLLTTP
Site 186S1759THPCDSNSLLTTPSG
Site 187T1762CDSNSLLTTPSGGSM
Site 188T1763DSNSLLTTPSGGSMF
Site 189S1765NSLLTTPSGGSMFSM
Site 190S1768LTTPSGGSMFSMGWP
Site 191T1781WPAFLSITPNIKEEG
Site 192S1794EGAMKEDSGMQDTPY
Site 193T1799EDSGMQDTPYNENIL
Site 194Y1801SGMQDTPYNENILVE
Site 195S1847QRDFKKLSDLYYDIH
Site 196Y1850FKKLSDLYYDIHRSY
Site 197Y1851KKLSDLYYDIHRSYL
Site 198Y1857YYDIHRSYLKVAEVV
Site 199S1866KVAEVVNSEKRLFGR
Site 200Y1874EKRLFGRYYRVAFYG
Site 201Y1875KRLFGRYYRVAFYGQ
Site 202Y1893EEEEGKEYIYKEPKL
Site 203Y1895EEGKEYIYKEPKLTG
Site 204T1901IYKEPKLTGLSEISQ
Site 205S1904EPKLTGLSEISQRLL
Site 206Y1914SQRLLKLYADKFGAD
Site 207Y1941PKDLDPKYAYIQVTY
Site 208T1950YIQVTYVTPFFEEKE
Site 209T1978INRFVFETPFTLSGK
Site 210T1981FVFETPFTLSGKKHG
Site 211S1983FETPFTLSGKKHGGV
Site 212T1998AEQCKRRTILTTSHL
Site 213T2001CKRRTILTTSHLFPY
Site 214T2002KRRTILTTSHLFPYV
Site 215Y2008TTSHLFPYVKKRIQV
Site 216S2017KKRIQVISQSSTELN
Site 217S2019RIQVISQSSTELNPI
Site 218T2021QVISQSSTELNPIEV
Site 219S2034EVAIDEMSKKVSELN
Site 220S2038DEMSKKVSELNQLCT
Site 221T2045SELNQLCTMEEVDMI
Site 222Y2073VNAGPMAYARAFLEE
Site 223Y2086EETNAKKYPDNQVKL
Site 224Y2123IKEDQLEYQEELRSH
Site 225S2129EYQEELRSHYKDMLS
Site 226Y2131QEELRSHYKDMLSEL
Site 227S2136SHYKDMLSELSTVMN
Site 228T2140DMLSELSTVMNEQIT
Site 229S2153ITGRDDLSKRGVDQT
Site 230T2160SKRGVDQTCTRVISK
Site 231T2162RGVDQTCTRVISKAT
Site 232S2166QTCTRVISKATPALP
 
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
 


2019 Kinexus Bioinformatics Corporation