PhosphoNET

           
Protein Info 
   
Short Name:  DOCK8
Full Name:  Dedicator of cytokinesis protein 8
Alias:  dedicator of cytokinesis 8; FLJ00026; FLJ00152; FLJ00346; ZIR8
Type:  Guanine nucleotide exchange factor for G protein
Mass (Da):  238529
Number AA:  2099
UniProt ID:  Q8NF50
International Prot ID:  IPI00797373
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634  GO:0005737  GO:0043226 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 1T3_____MATLPSAERR
Site 2S20ALKINRYSSAEIRKQ
Site 3S21LKINRYSSAEIRKQF
Site 4T29AEIRKQFTLPPNLGQ
Site 5Y37LPPNLGQYHRQSIST
Site 6S41LGQYHRQSISTSGFP
Site 7S43QYHRQSISTSGFPSL
Site 8T44YHRQSISTSGFPSLQ
Site 9S45HRQSISTSGFPSLQL
Site 10S49ISTSGFPSLQLPQFY
Site 11Y56SLQLPQFYDPVEPVD
Site 12T87AQELGDFTDDDLDVV
Site 13T96DDLDVVFTPKECRTL
Site 14T102FTPKECRTLQPSLPE
Site 15S106ECRTLQPSLPEEGVE
Site 16S139VNRKNQGSPEICGFK
Site 17T148EICGFKKTGSRKDFH
Site 18S150CGFKKTGSRKDFHKT
Site 19T157SRKDFHKTLPKQTFE
Site 20T162HKTLPKQTFESETLE
Site 21T167KQTFESETLECSEPA
Site 22T195VSGKGPVTACDFDLR
Site 23S203ACDFDLRSLQPDKRL
Site 24S218ENLLQQVSAEDFEKQ
Site 25T232QNEEARRTNRQAELF
Site 26Y242QAELFALYPSVDEED
Site 27S244ELFALYPSVDEEDAV
Site 28Y291LFASIALYDVKERKK
Site 29T320KGFLRAHTPSVAASS
Site 30S322FLRAHTPSVAASSQA
Site 31S326HTPSVAASSQARSAV
Site 32S335QARSAVFSVTYPSSD
Site 33T337RSAVFSVTYPSSDIY
Site 34Y344TYPSSDIYLVVKIEK
Site 35Y365IGDCAEPYTVIKESD
Site 36T366GDCAEPYTVIKESDG
Site 37S389KLKLQAESFCQRLGK
Site 38T416SSFFNVSTLEREVTD
Site 39T422STLEREVTDVDSVVG
Site 40S426REVTDVDSVVGRSSV
Site 41S432DSVVGRSSVGERRTL
Site 42T438SSVGERRTLAQSRRL
Site 43S442ERRTLAQSRRLSERA
Site 44S446LAQSRRLSERALSLE
Site 45S451RLSERALSLEENGVG
Site 46T463GVGSNFKTSTLSVSS
Site 47T465GSNFKTSTLSVSSFF
Site 48S467NFKTSTLSVSSFFKQ
Site 49S470TSTLSVSSFFKQEGD
Site 50S480KQEGDRLSDEDLFKF
Site 51Y491LFKFLADYKRSSSLQ
Site 52S495LADYKRSSSLQRRVK
Site 53S496ADYKRSSSLQRRVKS
Site 54S503SLQRRVKSIPGLLRL
Site 55Y553EFPTREVYVPHTVYR
Site 56T557REVYVPHTVYRNLLY
Site 57Y564TVYRNLLYVYPQRLN
Site 58Y566YRNLLYVYPQRLNFV
Site 59S578NFVNKLASARNITIK
Site 60Y615PEFLQEVYTAVTYHN
Site 61Y620EVYTAVTYHNKSPDF
Site 62S624AVTYHNKSPDFYEEV
Site 63Y628HNKSPDFYEEVKIKL
Site 64S661CQQKQGASVETLLGY
Site 65S683NERLQTGSYCLPVAL
Site 66Y684ERLQTGSYCLPVALE
Site 67Y697LEKLPPNYSMHSAEK
Site 68S698EKLPPNYSMHSAEKV
Site 69S701PPNYSMHSAEKVPLQ
Site 70S731IEVQAVSSVHTQDNH
Site 71T734QAVSSVHTQDNHLEK
Site 72T744NHLEKFFTLCHSLES
Site 73T754HSLESQVTFPIRVLD
Site 74S765RVLDQKISEMALEHE
Site 75S817AGQTANFSQFAFESV
Site 76S834IANSLHNSKDLSKDQ
Site 77S838LHNSKDLSKDQHGRN
Site 78S868VQRDVPKSGAPTALL
Site 79T872VPKSGAPTALLDPRS
Site 80S879TALLDPRSYHTYGRT
Site 81Y880ALLDPRSYHTYGRTS
Site 82T882LDPRSYHTYGRTSAA
Site 83Y883DPRSYHTYGRTSAAA
Site 84S887YHTYGRTSAAAVSSK
Site 85S902LLQARVMSSSNPDLA
Site 86S904QARVMSSSNPDLAGT
Site 87S913PDLAGTHSAADEEVK
Site 88S933KIADRNCSRMSYYCS
Site 89S936DRNCSRMSYYCSGSS
Site 90Y937RNCSRMSYYCSGSSD
Site 91Y938NCSRMSYYCSGSSDA
Site 92S940SRMSYYCSGSSDAPS
Site 93S942MSYYCSGSSDAPSSP
Site 94S943SYYCSGSSDAPSSPA
Site 95S947SGSSDAPSSPAAPRP
Site 96S948GSSDAPSSPAAPRPA
Site 97S956PAAPRPASKKHFHEE
Site 98S993FFELLVKSMAQHVHN
Site 99S1006HNMDKRDSFRRTRFS
Site 100T1010KRDSFRRTRFSDRFM
Site 101S1013SFRRTRFSDRFMDDI
Site 102Y1075VFNLIRHYCSQLSAK
Site 103S1077NLIRHYCSQLSAKLS
Site 104S1080RHYCSQLSAKLSNLP
Site 105S1122NADTAPTSPCPSISS
Site 106S1126APTSPCPSISSQNSS
Site 107S1128TSPCPSISSQNSSSC
Site 108S1129SPCPSISSQNSSSCS
Site 109S1132PSISSQNSSSCSSFQ
Site 110S1133SISSQNSSSCSSFQD
Site 111S1134ISSQNSSSCSSFQDQ
Site 112S1136SQNSSSCSSFQDQKI
Site 113S1137QNSSSCSSFQDQKIA
Site 114S1145FQDQKIASMFDLTSE
Site 115T1150IASMFDLTSEYRQQH
Site 116S1187KVQRKAVSAIHSLLS
Site 117S1194SAIHSLLSSHDLDPR
Site 118S1195AIHSLLSSHDLDPRC
Site 119T1233LPQLCDFTVADTRRY
Site 120T1237CDFTVADTRRYRTSG
Site 121Y1240TVADTRRYRTSGSDE
Site 122T1242ADTRRYRTSGSDEEQ
Site 123S1243DTRRYRTSGSDEEQE
Site 124S1245RRYRTSGSDEEQEGA
Site 125T1272GNNFNLKTSGIVLSS
Site 126S1278KTSGIVLSSLPYKQY
Site 127S1279TSGIVLSSLPYKQYN
Site 128S1346EYKGKQSSDKVSTQV
Site 129S1350KQSSDKVSTQVLQKS
Site 130S1357STQVLQKSRDVKARL
Site 131T1415ANEKLDKTKAELDQE
Site 132T1479DQSTTYLTHCFATLR
Site 133S1517QVLHHCSSSMDVTRS
Site 134S1518VLHHCSSSMDVTRSQ
Site 135T1522CSSSMDVTRSQACAT
Site 136S1524SSMDVTRSQACATLY
Site 137S1573NEEHLRRSLRTILAY
Site 138T1576HLRRSLRTILAYSEE
Site 139Y1580SLRTILAYSEEDTAM
Site 140T1585LAYSEEDTAMQMTPF
Site 141T1590EDTAMQMTPFPTQVE
Site 142Y1608CNLNSILYDTVKMRE
Site 143T1610LNSILYDTVKMREFQ
Site 144Y1628EMLMDLMYRIAKSYQ
Site 145S1633LMYRIAKSYQASPDL
Site 146S1637IAKSYQASPDLRLTW
Site 147T1643ASPDLRLTWLQNMAE
Site 148Y1684SMLEDHSYLPVGSVS
Site 149S1689HSYLPVGSVSFQNIS
Site 150S1691YLPVGSVSFQNISSN
Site 151S1703SSNVLEESVVSEDTL
Site 152S1706VLEESVVSEDTLSPD
Site 153T1709ESVVSEDTLSPDEDG
Site 154S1711VVSEDTLSPDEDGVC
Site 155T1747STGGLYETVNEVYKL
Site 156T1769HREFRKLTLTHSKLQ
Site 157T1771EFRKLTLTHSKLQRA
Site 158S1773RKLTLTHSKLQRAFD
Site 159S1781KLQRAFDSIVNKDHK
Site 160Y1794HKRMFGTYFRVGFFG
Site 161S1802FRVGFFGSKFGDLDE
Site 162Y1814LDEQEFVYKEPAITK
Site 163T1820VYKEPAITKLPEISH
Site 164S1826ITKLPEISHRLEAFY
Site 165Y1833SHRLEAFYGQCFGAE
Site 166T1849VEVIKDSTPVDKTKL
Site 167T1866NKAYIQITFVEPYFD
Site 168Y1871QITFVEPYFDEYEMK
Site 169Y1875VEPYFDEYEMKDRVT
Site 170Y1883EMKDRVTYFEKNFNL
Site 171Y1895FNLRRFMYTTPFTLE
Site 172T1896NLRRFMYTTPFTLEG
Site 173T1897LRRFMYTTPFTLEGR
Site 174T1900FMYTTPFTLEGRPRG
Site 175Y1913RGELHEQYRRNTVLT
Site 176T1917HEQYRRNTVLTTMHA
Site 177T1920YRRNTVLTTMHAFPY
Site 178S1933PYIKTRISVIQKEEF
Site 179T1956IEDMKKKTLQLAVAI
Site 180T1984LQGSVGATVNQGPLE
Site 181T2036EKNKRLITADQREYQ
Site 182Y2042ITADQREYQQELKKN
Site 183Y2050QQELKKNYNKLKENL
Site 184Y2069ERKIPELYKPIFRVE
Site 185S2077KPIFRVESQKRDSFH
Site 186S2082VESQKRDSFHRSSFR
Site 187S2086KRDSFHRSSFRKCET
Site 188S2087RDSFHRSSFRKCETQ
Site 189T2093SSFRKCETQLSQGS_
 
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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