PhosphoNET

           
Protein Info 
   
Short Name:  DOCK9
Full Name:  Dedicator of cytokinesis protein 9
Alias:  Cdc42 guanine nucleotide exchange factor zizimin 1; Cdc42 guanine nucleotide exchange factor zizimin-1; Dedicator of cytokinesis 9; ZIZ1
Type:  Membrane, Endomembrane system protein
Mass (Da):  236446
Number AA:  2069
UniProt ID:  Q9BZ29
International Prot ID:  IPI00216408
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0012505  GO:0016020  GO:0044464 Uniprot OncoNet
Molecular Function:  GO:0000166  GO:0005085  GO:0005488 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 1S10QPPLLPASAETRKFT
Site 2T13LLPASAETRKFTRAL
Site 3T17SAETRKFTRALSKPG
Site 4S21RKFTRALSKPGTAAE
Site 5T25RALSKPGTAAELRQS
Site 6S32TAAELRQSVSEVVRG
Site 7S34AELRQSVSEVVRGSV
Site 8Y54KLIEPLDYENVIVQK
Site 9Y78REMLLFPYDDFQTAI
Site 10Y92ILRRQGRYICSTVPA
Site 11S95RQGRYICSTVPAKAE
Site 12T96QGRYICSTVPAKAEE
Site 13S107KAEEEAQSLFVTECI
Site 14T111EAQSLFVTECIKTYN
Site 15Y117VTECIKTYNSDWHLV
Site 16Y126SDWHLVNYKYEDYSG
Site 17Y128WHLVNYKYEDYSGEF
Site 18Y131VNYKYEDYSGEFRQL
Site 19Y153DKLPVHVYEVDEEVD
Site 20S167DKDEDAASLGSQKGG
Site 21Y182ITKHGWLYKGNMNSA
Site 22S188LYKGNMNSAISVTMR
Site 23S191GNMNSAISVTMRSFK
Site 24S196AISVTMRSFKRRFFH
Site 25S211LIQLGDGSYNLNFYK
Site 26Y212IQLGDGSYNLNFYKD
Site 27Y217GSYNLNFYKDEKISK
Site 28S229ISKEPKGSIFLDSCM
Site 29S257ELKMQDKSSYLLAAD
Site 30S265SYLLAADSEVEMEEW
Site 31S296QEKRNGDSHEDDEQS
Site 32S303SHEDDEQSKLEGSGS
Site 33S308EQSKLEGSGSGLDSY
Site 34S310SKLEGSGSGLDSYLP
Site 35S314GSGSGLDSYLPELAK
Site 36Y315SGSGLDSYLPELAKS
Site 37S322YLPELAKSAREAEIK
Site 38S332EAEIKLKSESRVKLF
Site 39Y340ESRVKLFYLDPDAQK
Site 40S351DAQKLDFSSAEPEVK
Site 41S352AQKLDFSSAEPEVKS
Site 42S359SAEPEVKSFEEKFGK
Site 43T391AENEEGPTTNVEPFF
Site 44T392ENEEGPTTNVEPFFV
Site 45Y408LSLFDIKYNRKISAD
Site 46S413IKYNRKISADFHVDL
Site 47S433RQMLATTSPALMNGS
Site 48S440SPALMNGSGQSPSVL
Site 49S443LMNGSGQSPSVLKGI
Site 50S445NGSGQSPSVLKGILH
Site 51Y458LHEAAMQYPKQGIFS
Site 52T488KVLQGSITHCAEPYM
Site 53Y494ITHCAEPYMKSSDSS
Site 54S497CAEPYMKSSDSSKVA
Site 55S498AEPYMKSSDSSKVAQ
Site 56S500PYMKSSDSSKVAQKV
Site 57S501YMKSSDSSKVAQKVL
Site 58Y521ACQRLGQYRMPFAWA
Site 59S537RTLFKDASGNLDKNA
Site 60S547LDKNARFSAIYRQDS
Site 61Y550NARFSAIYRQDSNKL
Site 62S554SAIYRQDSNKLSNDD
Site 63S558RQDSNKLSNDDMLKL
Site 64Y599VSSDFPNYVNSSYIP
Site 65S602DFPNYVNSSYIPTKQ
Site 66T607VNSSYIPTKQFETCS
Site 67S614TKQFETCSKTPITFE
Site 68T616QFETCSKTPITFEVE
Site 69T637PKHTQPYTIYTNHLY
Site 70Y639HTQPYTIYTNHLYVY
Site 71Y644TIYTNHLYVYPKYLK
Site 72Y646YTNHLYVYPKYLKYD
Site 73Y649HLYVYPKYLKYDSQK
Site 74Y652VYPKYLKYDSQKSFA
Site 75S654PKYLKYDSQKSFAKA
Site 76S657LKYDSQKSFAKARNI
Site 77S673ICIEFKDSDEEDSQP
Site 78S678KDSDEEDSQPLKCIY
Site 79Y685SQPLKCIYGRPGGPV
Site 80S736LLTFFHVSCDNSSKG
Site 81S740FHVSCDNSSKGSTKK
Site 82S741HVSCDNSSKGSTKKR
Site 83S744CDNSSKGSTKKRDVV
Site 84T753KKRDVVETQVGYSWL
Site 85T770LKDGRVVTSEQHIPV
Site 86S771KDGRVVTSEQHIPVS
Site 87S778SEQHIPVSANLPSGY
Site 88Y785SANLPSGYLGYQELG
Site 89Y788LPSGYLGYQELGMGR
Site 90Y797ELGMGRHYGPEIKWV
Site 91Y822THLVSTVYTQDQHLH
Site 92T823HLVSTVYTQDQHLHN
Site 93S855ELVKYLKSLHAMEGH
Site 94T880NQLFRVLTRATQEEV
Site 95T883FRVLTRATQEEVAVN
Site 96S909CHEEGLESHLRSYVK
Site 97S913GLESHLRSYVKYAYK
Site 98Y914LESHLRSYVKYAYKA
Site 99Y917HLRSYVKYAYKAEPY
Site 100Y924YAYKAEPYVASEYKT
Site 101S927KAEPYVASEYKTVHE
Site 102T931YVASEYKTVHEELTK
Site 103S939VHEELTKSMTTILKP
Site 104T941EELTKSMTTILKPSA
Site 105T952KPSADFLTSNKLLKY
Site 106S953PSADFLTSNKLLKYS
Site 107Y959TSNKLLKYSWFFFDV
Site 108S992RNQRFPASYHHAVET
Site 109Y993NQRFPASYHHAVETV
Site 110S1025ASKNANHSLAVFIKR
Site 111T1060FAPGDPKTLFEYKFE
Site 112Y1064DPKTLFEYKFEFLRV
Site 113Y1095GKGRIQRYQDLQLDY
Site 114Y1102YQDLQLDYSLTDEFC
Site 115S1103QDLQLDYSLTDEFCR
Site 116T1105LQLDYSLTDEFCRNH
Site 117S1148KNLLIKHSFDDRYAS
Site 118Y1153KHSFDDRYASRSHQA
Site 119S1155SFDDRYASRSHQARI
Site 120S1157DDRYASRSHQARIAT
Site 121S1186RINVRDVSPFPVNAG
Site 122T1211PAVNPLVTPQKGSTL
Site 123T1217VTPQKGSTLDNSLHK
Site 124S1221KGSTLDNSLHKDLLG
Site 125S1235GAISGIASPYTTSTP
Site 126Y1237ISGIASPYTTSTPNI
Site 127T1238SGIASPYTTSTPNIN
Site 128T1239GIASPYTTSTPNINS
Site 129S1240IASPYTTSTPNINSV
Site 130T1241ASPYTTSTPNINSVR
Site 131S1246TSTPNINSVRNADSR
Site 132S1252NSVRNADSRGSLIST
Site 133S1255RNADSRGSLISTDSG
Site 134S1258DSRGSLISTDSGNSL
Site 135T1259SRGSLISTDSGNSLP
Site 136S1261GSLISTDSGNSLPER
Site 137S1264ISTDSGNSLPERNSE
Site 138S1270NSLPERNSEKSNSLD
Site 139S1273PERNSEKSNSLDKHQ
Site 140S1275RNSEKSNSLDKHQQS
Site 141T1284DKHQQSSTLGNSVVR
Site 142S1288QSSTLGNSVVRCDKL
Site 143S1298RCDKLDQSEIKSLLM
Site 144Y1322SDDALFTYWNKASTS
Site 145Y1347VCLHQFQYMGKRYIA
Site 146Y1352FQYMGKRYIARTGMM
Site 147T1356GKRYIARTGMMHARL
Site 148S1368ARLQQLGSLDNSLTF
Site 149S1372QLGSLDNSLTFNHSY
Site 150T1374GSLDNSLTFNHSYGH
Site 151S1378NSLTFNHSYGHSDAD
Site 152S1382FNHSYGHSDADVLHQ
Site 153S1445CFLQKHQSETALKNV
Site 154T1466LIYKFPSTFYEGRAD
Site 155Y1468YKFPSTFYEGRADMC
Site 156Y1480DMCAALCYEILKCCN
Site 157S1488EILKCCNSKLSSIRT
Site 158S1491KCCNSKLSSIRTEAS
Site 159S1492CCNSKLSSIRTEASQ
Site 160T1495SKLSSIRTEASQLLY
Site 161Y1502TEASQLLYFLMRNNF
Site 162Y1511LMRNNFDYTGKKSFV
Site 163T1512MRNNFDYTGKKSFVR
Site 164S1516FDYTGKKSFVRTHLQ
Site 165S1546GGTRFQQSLSIINNC
Site 166T1563SDRLIKHTSFSSDVK
Site 167S1564DRLIKHTSFSSDVKD
Site 168T1573SSDVKDLTKRIRTVL
Site 169T1578DLTKRIRTVLMATAQ
Site 170Y1601EMLVDLQYSLAKSYA
Site 171S1606LQYSLAKSYASTPEL
Site 172Y1607QYSLAKSYASTPELR
Site 173T1610LAKSYASTPELRKTW
Site 174T1616STPELRKTWLDSMAR
Site 175S1620LRKTWLDSMARIHVK
Site 176S1665EPPLLPHSHSACLRR
Site 177S1667PLLPHSHSACLRRSR
Site 178S1673HSACLRRSRGGVFRQ
Site 179Y1745YKLIIPIYEKRRDFE
Site 180Y1758FERLAHLYDTLHRAY
Site 181T1760RLAHLYDTLHRAYSK
Site 182Y1765YDTLHRAYSKVTEVM
Site 183S1766DTLHRAYSKVTEVMH
Site 184S1774KVTEVMHSGRRLLGT
Site 185S1799AQYQFTDSETDVEGF
Site 186Y1815EDEDGKEYIYKEPKL
Site 187Y1817EDGKEYIYKEPKLTP
Site 188T1823IYKEPKLTPLSEISQ
Site 189S1826EPKLTPLSEISQRLL
Site 190Y1836SQRLLKLYSDKFGSE
Site 191S1837QRLLKLYSDKFGSEN
Site 192S1851NVKMIQDSGKVNPKD
Site 193S1861VNPKDLDSKYAYIQV
Site 194Y1863PKDLDSKYAYIQVTH
Site 195Y1865DLDSKYAYIQVTHVI
Site 196T1885KELQERKTEFERSHN
Site 197T1903FMFEMPFTQTGKRQG
Site 198T1920EEQCKRRTILTAIHC
Site 199Y1939KKRIPVMYQHHTDLN
Site 200S1968ELRQLCSSAEVDMIK
Site 201Y1995VNAGPLAYARAFLDD
Site 202T2003ARAFLDDTNTKRYPD
Site 203T2005AFLDDTNTKRYPDNK
Site 204Y2008DDTNTKRYPDNKVKL
 
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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