PhosphoNET

           
Protein Info 
   
Short Name:  DOCK5
Full Name:  Dedicator of cytokinesis protein 5
Alias:  Dedicator of cytokinesis 5
Type:  Guanine nucleotide exchange factor (GEF) for Rho and Rac
Mass (Da):  215309
Number AA:  1870
UniProt ID:  Q9H7D0
International Prot ID:  IPI00792788
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005085  GO:0030234  GO:0030695 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 1Y12IPTKRQKYGVAIYNY
Site 2Y17QKYGVAIYNYNASQD
Site 3Y19YGVAIYNYNASQDVE
Site 4S22AIYNYNASQDVELSL
Site 5S28ASQDVELSLQIGDTV
Site 6Y41TVHILEMYEGWYRGY
Site 7Y48YEGWYRGYTLQNKSK
Site 8T49EGWYRGYTLQNKSKK
Site 9S54GYTLQNKSKKGIFPE
Site 10Y63KGIFPETYIHLKEAT
Site 11T70YIHLKEATVEDLGQH
Site 12T79EDLGQHETVIPGELP
Site 13Y106AVIWRKLYVNNKLTL
Site 14Y122RQLQQMTYSLIEWRS
Site 15S123QLQQMTYSLIEWRSQ
Site 16S133EWRSQILSGTLPKDE
Site 17T135RSQILSGTLPKDELA
Site 18T178NILDPDETSTIALFK
Site 19S191FKAHEVASKRIEEKI
Site 20S203EKIQEEKSILQNLDL
Site 21S214NLDLRGQSIFSTIHT
Site 22T218RGQSIFSTIHTYGLY
Site 23Y246AELFMALYDPDQSTF
Site 24S251ALYDPDQSTFISENY
Site 25T252LYDPDQSTFISENYL
Site 26Y258STFISENYLIRWGSN
Site 27Y356QQIAMETYIRQRQLI
Site 28S365 RQRQLIMSPLITSHV
Site 29S381GENEPLTSVLNKVIA
Site 30S402KGQGLWVSLKLLPGD
Site 31T411KLLPGDLTQVQKNFS
Site 32T425SHLVDRSTAIARKMG
Site 33Y447GDVRNDIYVTLIHGE
Site 34T462FDKGKKKTPKNVEVT
Site 35S471KNVEVTMSVHDEEGK
Site 36Y490AIHPGAGYEGISEYK
Site 37S494GAGYEGISEYKSVVY
Site 38Y496GYEGISEYKSVVYYQ
Site 39S498EGISEYKSVVYYQVK
Site 40Y501SEYKSVVYYQVKQPC
Site 41Y502EYKSVVYYQVKQPCW
Site 42Y510QVKQPCWYETVKVSI
Site 43S535RFTFRHRSSQETRDK
Site 44S536FTFRHRSSQETRDKS
Site 45T539RHRSSQETRDKSERA
Site 46S543SQETRDKSERAFGVA
Site 47T560KLMNPDGTTLQDGRH
Site 48T561LMNPDGTTLQDGRHD
Site 49Y585KMEDAKFYLTLPGTK
Site 50T587EDAKFYLTLPGTKME
Site 51S603EEKELQASKNLVTFT
Site 52T608QASKNLVTFTPSKDS
Site 53T610SKNLVTFTPSKDSTK
Site 54S615TFTPSKDSTKDSFQI
Site 55T616FTPSKDSTKDSFQIA
Site 56S619SKDSTKDSFQIATLI
Site 57T624KDSFQIATLICSTKL
Site 58S645LGLLNWRSNSQNIKH
Site 59S647LLNWRSNSQNIKHNL
Site 60T688MEMSDSETYDFLVFD
Site 61Y740LSKVLNFYVANADDS
Site 62S747YVANADDSSKTELLF
Site 63S748VANADDSSKTELLFA
Site 64Y778RVLYLRFYGQSKDGD
Site 65S781YLRFYGQSKDGDEFN
Site 66S790DGDEFNNSIRQLFLA
Site 67T867MTKIVESTLFRQSEC
Site 68S872ESTLFRQSECREVLL
Site 69S887PLLTDQLSGQLDDNS
Site 70S894SGQLDDNSNKPDHEA
Site 71S902NKPDHEASSQLLSNI
Site 72S903KPDHEASSQLLSNIL
Site 73T939LLRRINRTVIGMNRQ
Site 74Y969QQMDDSHYSHYISTF
Site 75Y972DDSHYSHYISTFKTR
Site 76S1065SLQLETFSQAKRNKI
Site 77Y1076RNKIVKKYGDMRKEI
Site 78Y1168GGRGDEQYKVLLEKL
Site 79Y1185EHCRKHKYLSSSGEV
Site 80S1187CRKHKYLSSSGEVFA
Site 81S1189KHKYLSSSGEVFALL
Site 82T1209ENLLDYRTIIMQDES
Site 83S1222ESKENRMSCTVNVLN
Site 84Y1240EKKREDIYIRYLYKL
Site 85Y1243REDIYIRYLYKLRDL
Site 86Y1245DIYIRYLYKLRDLHR
Site 87Y1257LHRDCENYTEAAYTL
Site 88Y1288HLLQKDSYYVYTQQE
Site 89Y1289LLQKDSYYVYTQQEL
Site 90Y1291QKDSYYVYTQQELKE
Site 91Y1301QELKEKLYQEIISYF
Site 92Y1307LYQEIISYFDKGKMW
Site 93T1327LSKELAETYESKVFD
Site 94Y1328SKELAETYESKVFDY
Site 95S1330ELAETYESKVFDYEG
Site 96Y1335YESKVFDYEGLGNLL
Site 97S1347NLLKKRASFYENIIK
Site 98Y1349LKKRASFYENIIKAM
Site 99Y1362AMRPQPEYFAVGYYG
Site 100Y1367PEYFAVGYYGQGFPS
Site 101Y1368EYFAVGYYGQGFPSF
Site 102Y1388FIYRGKEYERREDFS
Site 103S1395YERREDFSLRLLTQF
Site 104T1400DFSLRLLTQFPNAEK
Site 105S1410PNAEKMTSTTPPGED
Site 106T1412AEKMTSTTPPGEDIK
Site 107S1420PPGEDIKSSPKQYMQ
Site 108S1421PGEDIKSSPKQYMQC
Site 109Y1425IKSSPKQYMQCFTVK
Site 110S1436FTVKPVMSLPPSYKD
Site 111S1440PVMSLPPSYKDKPVP
Site 112Y1453VPEQILNYYRANEVQ
Site 113Y1454PEQILNYYRANEVQQ
Site 114Y1464NEVQQFRYSRPFRKG
Site 115S1465EVQQFRYSRPFRKGE
Site 116Y1489MWIERTTYTTAYTFP
Site 117T1491IERTTYTTAYTFPGI
Site 118Y1493RTTYTTAYTFPGILK
Site 119T1494TTYTTAYTFPGILKW
Site 120S1508WFEVKQISTEEISPL
Site 121S1513QISTEEISPLENAIE
Site 122T1525AIETMELTNERISNC
Site 123S1541QQHAWDRSLSVHPLS
Site 124S1543HAWDRSLSVHPLSML
Site 125Y1566VMGGFSNYEKAFFTE
Site 126Y1575KAFFTEKYLQEHPED
Site 127T1601ALQMPLLTEGIRIHG
Site 128T1612RIHGEKLTEQLKPLH
Site 129S1623KPLHERLSSCFRELK
Site 130S1624PLHERLSSCFRELKE
Site 131T1641EKHYGVITLPPNLTE
Site 132T1647ITLPPNLTERKQSRT
Site 133S1652NLTERKQSRTGSIVL
Site 134T1654TERKQSRTGSIVLPY
Site 135S1656 RKQSRTGSIVLPYIM
Site 136Y1661TGSIVLPYIMSSTLR
Site 137S1671SSTLRRLSITSVTSS
Site 138S1678SITSVTSSVVSTSSN
Site 139S1681SVTSSVVSTSSNSSD
Site 140T1682VTSSVVSTSSNSSDN
Site 141S1683TSSVVSTSSNSSDNA
Site 142S1684SSVVSTSSNSSDNAP
Site 143S1686VVSTSSNSSDNAPSR
Site 144S1687VSTSSNSSDNAPSRP
Site 145S1692NSSDNAPSRPGSDGS
Site 146S1696NAPSRPGSDGSILEP
Site 147S1699SRPGSDGSILEPLLE
Site 148S1710PLLERRASSGARVED
Site 149S1711LLERRASSGARVEDL
Site 150S1719GARVEDLSLREENSE
Site 151S1725LSLREENSENRISKF
Site 152S1730ENSENRISKFKRKDW
Site 153S1738KFKRKDWSLSKSQVI
Site 154S1740KRKDWSLSKSQVIAE
Site 155S1742KDWSLSKSQVIAEKA
Site 156S1756 APEPDLMSPTRKAQR
Site 157S1766 RKAQRPKSLQLMDNR
Site 158S1775 QLMDNRLSPFHGSSP
Site 159S1780 RLSPFHGSSPPQSTP
Site 160S1781 LSPFHGSSPPQSTPL
Site 161S1785HGSSPPQSTPLSPPP
Site 162T1786 GSSPPQSTPLSPPPL
Site 163S1789 PPQSTPLSPPPLTPK
Site 164T1794 PLSPPPLTPKATRTL
Site 165T1798PPLTPKATRTLSSPS
Site 166T1800 LTPKATRTLSSPSLQ
Site 167S1802 PKATRTLSSPSLQTD
Site 168S1803 KATRTLSSPSLQTDG
Site 169S1805 TRTLSSPSLQTDGIA
Site 170T1808 LSSPSLQTDGIAATP
Site 171T1814 QTDGIAATPVPPPPP
Site 172S1824PPPPPPKSKPYEGSQ
Site 173S1830KSKPYEGSQRNSTEL
Site 174S1834 YEGSQRNSTELAPPL
Site 175T1835 EGSQRNSTELAPPLP
Site 176S1860PPPKARKSGIPTSEP
Site 177T1864ARKSGIPTSEPGSQ_
Site 178S1865RKSGIPTSEPGSQ__
Site 179S1869 IPTSEPGSQ______
 
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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