PhosphoNET

           
Protein Info 
   
Short Name:  CCDC88A
Full Name:  Girdin
Alias:  Akt phosphorylation enhancer; Akt-phosphorylation enhancer; APE; Coiled-coil domain containing 88A; Coiled-coil domain-containing protein 88A; FLJ10392; G alpha-interacting vesicle-associated protein; Galpha-interacting vesicle-associated protein; Girders of actin filament; GIV; GRDN; HkRP1; Hook-related protein 1; KIAA1212
Type:  Membrane, Cytoplasm, Cytosol, Cytoplasmic vesicle protein
Mass (Da):  216042
Number AA:  1871
UniProt ID:  Q3V6T2
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005794  GO:0016023  GO:0005829 Uniprot OncoNet
Molecular Function:  GO:0003779  GO:0008017  GO:0035091 PhosphoSite+ KinaseNET
Biological Process:  GO:0006260  GO:0032148  GO:0016477 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 1S61QINPKLESQRVNKKV
Site 2S73KKVNNDASLRMHNLS
Site 3S80SLRMHNLSILVRQIK
Site 4Y89LVRQIKFYYQETLQQ
Site 5Y90VRQIKFYYQETLQQL
Site 6S114IIGKNPFSEQGTEEV
Site 7T118NPFSEQGTEEVKKLL
Site 8S182WMEVTDMSQEDIEPL
Site 9S208IDERDEHSETIIELS
Site 10T210ERDEHSETIIELSEE
Site 11S215SETIIELSEERDGLH
Site 12S228LHFLPHASSSAQSPC
Site 13S229HFLPHASSSAQSPCG
Site 14S230FLPHASSSAQSPCGS
Site 15S233HASSSAQSPCGSPGM
Site 16S237SAQSPCGSPGMKRTE
Site 17T243GSPGMKRTESRQHLS
Site 18S245PGMKRTESRQHLSVE
Site 19S300QENMNLLSDARSARM
Site 20S304NLLSDARSARMYRDE
Site 21Y308DARSARMYRDELDAL
Site 22S330DKLESEVSRYKERLH
Site 23Y332LESEVSRYKERLHDI
Site 24Y342RLHDIEFYKARVEEL
Site 25S374LEGTRARSDKLHELE
Site 26T414ELMEENMTLEMAQKQ
Site 27S422LEMAQKQSMDESLHL
Site 28S426QKQSMDESLHLGWEL
Site 29S437GWELEQISRTSELSE
Site 30S440LEQISRTSELSEAPQ
Site 31S443ISRTSELSEAPQKSL
Site 32S449LSEAPQKSLGHEVNE
Site 33T458GHEVNELTSSRLLKL
Site 34S460EVNELTSSRLLKLEM
Site 35S471KLEMENQSLTKTVEE
Site 36T475ENQSLTKTVEELRTT
Site 37T481KTVEELRTTVDSVEG
Site 38T482TVEELRTTVDSVEGN
Site 39S485ELRTTVDSVEGNASK
Site 40S491DSVEGNASKILKMEK
Site 41S504EKENQRLSKKVEILE
Site 42T544QLEKTIETLRENSER
Site 43S549IETLRENSERQIKIL
Site 44T566ENEHLNQTVSSLRQR
Site 45S568EHLNQTVSSLRQRSQ
Site 46S569HLNQTVSSLRQRSQI
Site 47S574VSSLRQRSQISAEAR
Site 48S595ENKILHESIKETSSK
Site 49T599LHESIKETSSKLSKI
Site 50S600HESIKETSSKLSKIE
Site 51S601ESIKETSSKLSKIEF
Site 52S604KETSSKLSKIEFEKR
Site 53Y620IKKELEHYKEKGERA
Site 54S666EALEQENSELERENR
Site 55T678ENRKLKKTLDSFKNL
Site 56S681KLKKTLDSFKNLTFQ
Site 57T686LDSFKNLTFQLESLE
Site 58S697ESLEKENSQLDEENL
Site 59S712ELRRNVESLKCASMK
Site 60S747GLELLKASFKKTERL
Site 61T751LKASFKKTERLEVSY
Site 62S757KTERLEVSYQGLDIE
Site 63Y758TERLEVSYQGLDIEN
Site 64T771ENQRLQKTLENSNKK
Site 65S807LEELKISSKRLEQLE
Site 66S819QLEKENKSLEQETSQ
Site 67S825KSLEQETSQLEKDKK
Site 68T850QQAEIKDTTLEENNV
Site 69T851QAEIKDTTLEENNVK
Site 70T868NLEKENKTLSKEIGI
Site 71S870EKENKTLSKEIGIYK
Site 72Y876LSKEIGIYKESCVRL
Site 73T903RATIDIKTLVTLRED
Site 74S913TLREDLVSEKLKTQQ
Site 75T918LVSEKLKTQQMNNDL
Site 76S948RLLHDEQSTDDSRYK
Site 77S952DEQSTDDSRYKLLES
Site 78Y954QSTDDSRYKLLESKL
Site 79S959SRYKLLESKLESTLK
Site 80S963LLESKLESTLKKSLE
Site 81T964LESKLESTLKKSLEI
Site 82S968LESTLKKSLEIKEEK
Site 83T987EARLEESTNYNQQLR
Site 84Y989RLEESTNYNQQLRQE
Site 85T999QLRQELKTVKKNYEA
Site 86S1020EERMVQSSPPISGED
Site 87S1024VQSSPPISGEDNKWE
Site 88S1034DNKWERESQETTREL
Site 89T1037WERESQETTRELLKV
Site 90T1090ILALQRQTVSLQEQN
Site 91T1099SLQEQNTTLQTQNAK
Site 92S1112AKLQVENSTLNSQST
Site 93T1113KLQVENSTLNSQSTS
Site 94S1116VENSTLNSQSTSLMN
Site 95S1120TLNSQSTSLMNQNAQ
Site 96S1134QLLIQQSSLENENES
Site 97S1151KEREDLKSLYDSLIK
Site 98Y1153REDLKSLYDSLIKDH
Site 99S1155DLKSLYDSLIKDHEK
Site 100S1172LLHERQASEYESLIS
Site 101Y1174HERQASEYESLISKH
Site 102S1176RQASEYESLISKHGT
Site 103S1179SEYESLISKHGTLKS
Site 104T1183SLISKHGTLKSAHKN
Site 105S1186SKHGTLKSAHKNLEV
Site 106Y1202HRDLEDRYNQLLKQK
Site 107T1235LENKNHETVAAEYKK
Site 108Y1254NDRLNHTYSQLLKET
Site 109S1255DRLNHTYSQLLKETE
Site 110T1266KETEVLQTDHKNLKS
Site 111S1273TDHKNLKSLLNNSKL
Site 112S1290TRLEAEFSKLKEQYQ
Site 113T1302QYQQLDITSTKLNNQ
Site 114S1314NNQCELLSQLKGNLE
Site 115Y1359FHVEQRQYIDKLNEL
Site 116Y1381EEKIMDQYKFYDPSP
Site 117Y1384IMDQYKFYDPSPPRR
Site 118S1387QYKFYDPSPPRRRGN
Site 119T1397RRRGNWITLKMRKLI
Site 120S1406KMRKLIKSKKDINRE
Site 121S1417INRERQKSLTLTPTR
Site 122T1419RERQKSLTLTPTRSD
Site 123T1421RQKSLTLTPTRSDSS
Site 124T1423KSLTLTPTRSDSSEG
Site 125S1425LTLTPTRSDSSEGFL
Site 126S1427LTPTRSDSSEGFLQL
Site 127S1439LQLPHQDSQDSSSVG
Site 128S1442PHQDSQDSSSVGSNS
Site 129S1443HQDSQDSSSVGSNSL
Site 130S1444QDSQDSSSVGSNSLE
Site 131S1447QDSSSVGSNSLEDGQ
Site 132S1449SSSVGSNSLEDGQTL
Site 133T1455NSLEDGQTLGTKKSS
Site 134T1458EDGQTLGTKKSSMVA
Site 135S1461QTLGTKKSSMVALKR
Site 136S1462TLGTKKSSMVALKRL
Site 137Y1486KDKMKACYRRSMSMN
Site 138S1491ACYRRSMSMNDLVQS
Site 139S1508LAGQWTGSTENLEVP
Site 140S1519LEVPDDISTGKRRKE
Site 141S1540STTAINFSTVNSSAG
Site 142S1544INFSTVNSSAGFRSK
Site 143S1545NFSTVNSSAGFRSKQ
Site 144T1559QLVNNKDTTSFEDIS
Site 145T1560LVNNKDTTSFEDISP
Site 146S1561VNNKDTTSFEDISPQ
Site 147S1566TTSFEDISPQGVSDD
Site 148S1571DISPQGVSDDSSTGS
Site 149S1574PQGVSDDSSTGSRVH
Site 150S1575QGVSDDSSTGSRVHA
Site 151T1576GVSDDSSTGSRVHAS
Site 152S1578SDDSSTGSRVHASRP
Site 153S1583TGSRVHASRPASLDS
Site 154S1587VHASRPASLDSGRTS
Site 155S1590SRPASLDSGRTSTSN
Site 156T1593ASLDSGRTSTSNSNN
Site 157S1594SLDSGRTSTSNSNNN
Site 158T1595LDSGRTSTSNSNNNA
Site 159S1596DSGRTSTSNSNNNAS
Site 160S1598GRTSTSNSNNNASLH
Site 161S1603SNSNNNASLHEVKAG
Site 162S1616AGAVNNQSRPQSHSS
Site 163S1620NNQSRPQSHSSGEFS
Site 164S1622QSRPQSHSSGEFSLL
Site 165S1623SRPQSHSSGEFSLLH
Site 166S1627SHSSGEFSLLHDHEA
Site 167S1636LHDHEAWSSSGSSPI
Site 168S1637HDHEAWSSSGSSPIQ
Site 169S1638DHEAWSSSGSSPIQY
Site 170S1640EAWSSSGSSPIQYLK
Site 171S1641AWSSSGSSPIQYLKR
Site 172Y1645SGSSPIQYLKRQTRS
Site 173T1650IQYLKRQTRSSPVLQ
Site 174S1652YLKRQTRSSPVLQHK
Site 175S1653LKRQTRSSPVLQHKI
Site 176S1661PVLQHKISETLESRH
Site 177T1663LQHKISETLESRHHK
Site 178S1666KISETLESRHHKIKT
Site 179T1673SRHHKIKTGSPGSEV
Site 180S1675HHKIKTGSPGSEVVT
Site 181S1678IKTGSPGSEVVTLQQ
Site 182T1682SPGSEVVTLQQFLEE
Site 183S1690LQQFLEESNKLTSVQ
Site 184T1694LEESNKLTSVQIKSS
Site 185S1695EESNKLTSVQIKSSS
Site 186S1700LTSVQIKSSSQENLL
Site 187S1701TSVQIKSSSQENLLD
Site 188S1702SVQIKSSSQENLLDE
Site 189S1715DEVMKSLSVSSDFLG
Site 190S1717VMKSLSVSSDFLGKD
Site 191S1728LGKDKPVSCGLARSV
Site 192S1734VSCGLARSVSGKTPG
Site 193S1736CGLARSVSGKTPGDF
Site 194T1739ARSVSGKTPGDFYDR
Site 195Y1744GKTPGDFYDRRTTKP
Site 196T1748GDFYDRRTTKPEFLR
Site 197T1749DFYDRRTTKPEFLRP
Site 198T1761LRPGPRKTEDTYFIS
Site 199T1764GPRKTEDTYFISSAG
Site 200Y1765PRKTEDTYFISSAGK
Site 201T1774ISSAGKPTPGTQGKI
Site 202T1777AGKPTPGTQGKIKLV
Site 203S1787KIKLVKESSLSRQSK
Site 204S1788IKLVKESSLSRQSKD
Site 205S1790LVKESSLSRQSKDSN
Site 206S1793ESSLSRQSKDSNPYA
Site 207S1796LSRQSKDSNPYATLP
Site 208Y1799QSKDSNPYATLPRAS
Site 209T1801KDSNPYATLPRASSV
Site 210S1807ATLPRASSVISTAEG
Site 211S1810PRASSVISTAEGTTR
Site 212T1811RASSVISTAEGTTRR
Site 213T1815VISTAEGTTRRTSIH
Site 214T1816ISTAEGTTRRTSIHD
Site 215T1819AEGTTRRTSIHDFLT
Site 216S1820EGTTRRTSIHDFLTK
Site 217T1826TSIHDFLTKDSRLPI
Site 218S1829HDFLTKDSRLPISVD
Site 219S1834KDSRLPISVDSPPAA
Site 220S1837RLPISVDSPPAAADS
Site 221S1844SPPAAADSNTTAASN
Site 222T1846PAAADSNTTAASNVD
Site 223S1858NVDKVQESRNSKSRS
Site 224S1861KVQESRNSKSRSREQ
Site 225S1863QESRNSKSRSREQQS
Site 226S1865SRNSKSRSREQQSS_
 
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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