PhosphoNET

           
Protein Info 
   
Short Name:  DOCK2
Full Name:  Dedicator of cytokinesis protein 2
Alias:  dedicator of cytokinesis 2; HCH; KIAA0209
Type:  Adapter/scaffold protein
Mass (Da):  211948
Number AA:  1830
UniProt ID:  Q92608
International Prot ID:  IPI00022449
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005856  GO:0005829  GO:0019898 Uniprot OncoNet
Molecular Function:  GO:0030676  GO:0042608  GO:0009055 PhosphoSite+ KinaseNET
Biological Process:  GO:0030036  GO:0048247   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 1Y17ERHGVAIYNFQGSGA
Site 2Y45QETCGDWYRGYLIKH
Site 3Y48CGDWYRGYLIKHKML
Site 4T70FIHIKEVTVEKRRNT
Site 5T77TVEKRRNTENIIPAE
Site 6Y106GSIWKQLYVASKKER
Site 7S129YDLMEWRSQLLSGTL
Site 8S133EWRSQLLSGTLPKDE
Site 9T135RSQLLSGTLPKDELK
Site 10Y154KVTSKIDYGNKILEL
Site 11T195EEATDKITERIKEEM
Site 12S203ERIKEEMSKDQPDYA
Site 13Y209MSKDQPDYAMYSRIS
Site 14Y212DQPDYAMYSRISSSP
Site 15S213QPDYAMYSRISSSPT
Site 16S216YAMYSRISSSPTHSL
Site 17S217AMYSRISSSPTHSLY
Site 18S218MYSRISSSPTHSLYV
Site 19T220SRISSSPTHSLYVFV
Site 20S222ISSSPTHSLYVFVRN
Site 21S243EDAELFMSLYDPNKQ
Site 22Y245AELFMSLYDPNKQTV
Site 23Y257QTVISENYLVRWGSR
Site 24S263NYLVRWGSRGFPKEI
Site 25Y294DLNRDKIYLICQIVR
Site 26T310GKMDLKDTGAKKCTQ
Site 27S340IIKGKAESDEEKQHF
Site 28S370LLGKVIASKGDSGGQ
Site 29Y397IIQIRKDYPHLVDRT
Site 30T405PHLVDRTTVVARKLG
Site 31Y427GDVRNDIYITLLQGD
Site 32Y438LQGDFDKYNKTTQRN
Site 33T441DFDKYNKTTQRNVEV
Site 34Y476GDKPMNEYRSVVYYQ
Site 35Y481NEYRSVVYYQVKQPR
Site 36Y482EYRSVVYYQVKQPRW
Site 37T492KQPRWMETVKVAVPI
Site 38S515RFMFRHRSSLESKDK
Site 39S516FMFRHRSSLESKDKG
Site 40S519RHRSSLESKDKGEKN
Site 41Y531EKNFAMSYVKLMKED
Site 42T540KLMKEDGTTLHDGFH
Site 43T541LMKEDGTTLHDGFHD
Site 44S563SKKMEDASAYLTLPS
Site 45Y565KMEDASAYLTLPSYR
Site 46T567EDASAYLTLPSYRHH
Site 47S570SAYLTLPSYRHHVEN
Site 48Y571AYLTLPSYRHHVENK
Site 49T581HVENKGATLSRSSSS
Site 50S583ENKGATLSRSSSSVG
Site 51S585KGATLSRSSSSVGGL
Site 52S586GATLSRSSSSVGGLS
Site 53S587ATLSRSSSSVGGLSV
Site 54S588TLSRSSSSVGGLSVS
Site 55S593SSSVGGLSVSSRDVF
Site 56T612LVCSTKLTQNVGLLG
Site 57Y669EHSQSDEYDILVFDA
Site 58T694RKFQHFNTVLEAYIQ
Site 59Y699FNTVLEAYIQQHFSA
Site 60T719KLMTVLKTYLDTSSR
Site 61Y720LMTVLKTYLDTSSRG
Site 62T723VLKTYLDTSSRGEQC
Site 63S724LKTYLDTSSRGEQCE
Site 64T752KFIVRSRTLFSQLYE
Site 65S755VRSRTLFSQLYEGKE
Site 66Y758RTLFSQLYEGKEQME
Site 67S769EQMEFEESMRRLFES
Site 68S776SMRRLFESINNLMKS
Site 69S783SINNLMKSQYKTTIL
Site 70Y798LQVAALKYIPSVLHD
Site 71S801AALKYIPSVLHDVEM
Site 72S845SMNEIVQSNLFKKQE
Site 73Y884HQVLERKYCVELLNS
Site 74T922LLRTVNRTVITMGRD
Site 75Y952NQMGDQHYSFYIETF
Site 76Y955GDQHYSFYIETFQTS
Site 77T958HYSFYIETFQTSSEL
Site 78Y985DLIGKNVYPGDWMAM
Site 79Y1052EQFSHAKYNKILNKY
Site 80Y1059YNKILNKYGDMRRLI
Site 81Y1075FSIRDMWYKLGQNKI
Site 82Y1119FDMMLCEYQRSGDFK
Site 83Y1149GGRGDEQYMQLLESI
Site 84T1166ECAAEHPTIAKSVEN
Site 85S1170EHPTIAKSVENFVNL
Site 86Y1188LLEKLLDYRGVMTDE
Site 87S1196RGVMTDESKDNRMSC
Site 88S1202ESKDNRMSCTVNLLN
Site 89Y1220DNNREEMYIRYLYKL
Site 90Y1223REEMYIRYLYKLRDL
Site 91Y1225EMYIRYLYKLRDLHL
Site 92Y1237LHLDCDNYTEAAYTL
Site 93T1238HLDCDNYTEAAYTLL
Site 94T1272TGQQHPQTHRQLKET
Site 95T1279THRQLKETLYETIIG
Site 96Y1281RQLKETLYETIIGYF
Site 97Y1287LYETIIGYFDKGKMW
Site 98S1299KMWEEAISLCKELAE
Site 99Y1315YEMEIFDYELLSQNL
Site 100Y1342ILRPKPDYFAVGYYG
Site 101Y1347PDYFAVGYYGQGFPS
Site 102Y1348DYFAVGYYGQGFPSF
Site 103Y1368FIYRGKEYERREDFQ
Site 104T1390PNAEKMNTTSAPGDD
Site 105Y1434PDQIINFYKSNYVQR
Site 106Y1438INFYKSNYVQRFHYS
Site 107Y1444NYVQRFHYSRPVRRG
Site 108T1452SRPVRRGTVDPENEF
Site 109S1488WFEVVHMSQTTISPL
Site 110S1493HMSQTTISPLENAIE
Site 111T1504NAIETMSTANEKILM
Site 112Y1516ILMMINQYQSDETLP
Site 113T1521NQYQSDETLPINPLS
Site 114Y1546VMGGFAKYEKAFFTE
Site 115Y1555KAFFTEEYVRDHPED
Site 116T1567PEDQDKLTHLKDLIA
Site 117S1592KIHEKRVSDNLRPFH
Site 118Y1617KMKVEKEYGVREMPD
Site 119S1635RRVGRPRSMLRSYRQ
Site 120S1639RPRSMLRSYRQMSII
Site 121Y1640PRSMLRSYRQMSIIS
Site 122S1644LRSYRQMSIISLASM
Site 123S1647YRQMSIISLASMNSD
Site 124S1653ISLASMNSDCSTPSK
Site 125S1656ASMNSDCSTPSKPTS
Site 126T1657SMNSDCSTPSKPTSE
Site 127S1659NSDCSTPSKPTSESF
Site 128S1663STPSKPTSESFDLEL
Site 129S1665PSKPTSESFDLELAS
Site 130S1672SFDLELASPKTPRVE
Site 131T1675LELASPKTPRVEQEE
Site 132S1685VEQEEPISPGSTLPE
Site 133S1688EEPISPGSTLPEVKL
Site 134T1689EPISPGSTLPEVKLR
Site 135S1698PEVKLRRSKKRTKRS
Site 136T1702LRRSKKRTKRSSVVF
Site 137S1705SKKRTKRSSVVFADE
Site 138S1706KKRTKRSSVVFADEK
Site 139S1724ESDLKRLSRKHEFMS
Site 140S1731SRKHEFMSDTNLSEH
Site 141T1733KHEFMSDTNLSEHAA
Site 142S1736FMSDTNLSEHAAIPL
Site 143S1755LSQMSFASQSMPTIP
Site 144T1779PGLDEANTSPRLSQT
Site 145S1780GLDEANTSPRLSQTF
Site 146S1784ANTSPRLSQTFLQLS
Site 147T1786TSPRLSQTFLQLSDG
Site 148S1791SQTFLQLSDGDKKTL
Site 149T1797LSDGDKKTLTRKKVN
Site 150T1799DGDKKTLTRKKVNQF
Site 151T1809KVNQFFKTMLASKSA
Site 152S1813FFKTMLASKSAEEGK
Site 153S1815KTMLASKSAEEGKQI
Site 154S1825EGKQIPDSLSTDL__
 
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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