PhosphoNET

           
Protein Info 
   
Short Name:  KIAA1632
Full Name:  UPF0493 protein KIAA1632
Alias: 
Type: 
Mass (Da):  292481
Number AA:  2579
UniProt ID:  Q9HCE0
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      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 1T20AKASRTKTKEKKKYE
Site 2Y26KTKEKKKYETPQREE
Site 3T28KEKKKYETPQREESS
Site 4S34ETPQREESSEVSLPK
Site 5S35TPQREESSEVSLPKT
Site 6S38REESSEVSLPKTSRE
Site 7T42SEVSLPKTSREQEIP
Site 8S50SREQEIPSLACEFKG
Site 9S66HLKVVTDSQLQDDAS
Site 10S73SQLQDDASGQNESEM
Site 11T89DVPLTSLTISNEESL
Site 12S91PLTSLTISNEESLTC
Site 13S95LTISNEESLTCNTEP
Site 14T97ISNEESLTCNTEPPK
Site 15T100EESLTCNTEPPKEGG
Site 16T119CVGDSAVTPKVHPGD
Site 17T134NVGTKVETPKNFTEV
Site 18S146TEVEENMSVQGGLSE
Site 19S152MSVQGGLSESAPQSN
Site 20S154VQGGLSESAPQSNFS
Site 21S158LSESAPQSNFSYTQP
Site 22S161SAPQSNFSYTQPAME
Site 23Y162APQSNFSYTQPAMEN
Site 24T175ENIQVRETQNSKEDK
Site 25S178QVRETQNSKEDKQGL
Site 26S188DKQGLVCSSEVPQNV
Site 27S199PQNVGLQSSCPAKHG
Site 28S200QNVGLQSSCPAKHGF
Site 29T209PAKHGFQTPRVKKLY
Site 30Y216TPRVKKLYPQLPAEI
Site 31S239AVKPLLRSERLYPEL
Site 32Y243LLRSERLYPELPSQL
Site 33S248RLYPELPSQLELVPF
Site 34S267LKILEPGSWLENVES
Site 35S274SWLENVESYLEEFDS
Site 36Y275WLENVESYLEEFDSM
Site 37S281SYLEEFDSMAHQDRH
Site 38Y297FYELLLNYSRCRKQL
Site 39S298YELLLNYSRCRKQLL
Site 40S316AELLTLTSDCQNAKS
Site 41Y348DQVKVFSYHRYQRVE
Site 42Y351KVFSYHRYQRVEMNE
Site 43S372KKLFDAKSEHLHQTL
Site 44T378KSEHLHQTLALHSYT
Site 45S383HQTLALHSYTSVLSR
Site 46S389HSYTSVLSRLQVESY
Site 47S409SSSAVLRSSAIHQQG
Site 48S410SSAVLRSSAIHQQGR
Site 49S419IHQQGRASKQTESIP
Site 50T422QGRASKQTESIPSDL
Site 51S424RASKQTESIPSDLCQ
Site 52S427KQTESIPSDLCQLKE
Site 53T450TRRVNEDTQFHDDIL
Site 54S507IKVLHNPSGVFHFMQ
Site 55S521QSLALLMSPVKNRAE
Site 56S536FMCHMKPSERKPSSS
Site 57S541KPSERKPSSSGPGSG
Site 58S542PSERKPSSSGPGSGT
Site 59S543SERKPSSSGPGSGTW
Site 60S547PSSSGPGSGTWTLVD
Site 61T551GPGSGTWTLVDEGGE
Site 62T565EEDEDPETSWILLNE
Site 63Y600GFKAKGDYLPETTRP
Site 64T604KGDYLPETTRPQEMM
Site 65T630LLAVGLETFNRARYR
Site 66Y636ETFNRARYRQFVKRI
Site 67Y661VSDHWAQYVSHNQGS
Site 68Y675SGLAQQPYSMEKLQV
Site 69S676GLAQQPYSMEKLQVE
Site 70S739SENLQQLSSSLQPAQ
Site 71S740ENLQQLSSSLQPAQC
Site 72S741NLQQLSSSLQPAQCK
Site 73S765TNFEKCLSSMNSSEE
Site 74S766NFEKCLSSMNSSEEI
Site 75T788QMAQARRTNVDEDFI
Site 76Y807LEIYEVSYVTLSTRE
Site 77S811EVSYVTLSTRETFSK
Site 78T815VTLSTRETFSKVGRE
Site 79S817LSTRETFSKVGRELL
Site 80T826VGRELLGTITAVHPE
Site 81T828RELLGTITAVHPEII
Site 82Y863LFKELPLYLWQPSAS
Site 83S870YLWQPSASEIAVIRD
Site 84Y930VLEAYQKYLAQKPYA
Site 85S941KPYAGILSESMKQVS
Site 86S948SESMKQVSYLASIVR
Site 87Y949ESMKQVSYLASIVRY
Site 88S952KQVSYLASIVRYGET
Site 89T959SIVRYGETPETSFNQ
Site 90Y982LKLHKNDYGIQPNCP
Site 91T1001SVTVPDMTESPTFHP
Site 92S1003TVPDMTESPTFHPLL
Site 93T1005PDMTESPTFHPLLKA
Site 94T1056VQSRHLRTVVHVLDK
Site 95Y1074LFYPCQYYLLKNEQF
Site 96T1100SGVPQGVTQQVTHKV
Site 97T1104QGVTQQVTHKVAQHL
Site 98S1132SMIQAHISVSTQPNE
Site 99Y1190DCIQKLLYQQHKNAL
Site 100Y1199QHKNALGYHCDRSLL
Site 101S1249ESIFEEDSQLRRVIE
Site 102T1266LVINSAFTPDQALKK
Site 103T1276QALKKAQTQLKLPIV
Site 104T1301WAHQALVTPSDHPLL
Site 105Y1319WQKFFLLYLHRPGPQ
Site 106Y1327LHRPGPQYGLPIDGC
Site 107T1357KEMKRRLTEVADFHH
Site 108S1383GSEGLPESHSGTPGY
Site 109S1385EGLPESHSGTPGYLT
Site 110T1387LPESHSGTPGYLTSP
Site 111Y1390SHSGTPGYLTSPELH
Site 112T1392SGTPGYLTSPELHKE
Site 113S1393GTPGYLTSPELHKEL
Site 114T1421ENFQKGDTYIPSLPK
Site 115Y1422NFQKGDTYIPSLPKH
Site 116S1425KGDTYIPSLPKHYDI
Site 117Y1449QQDLWMEYLNMERIY
Site 118Y1456YLNMERIYHEFQETV
Site 119T1462IYHEFQETVGLWTQA
Site 120S1473WTQAKLESHSTPCSL
Site 121S1475QAKLESHSTPCSLSV
Site 122T1476AKLESHSTPCSLSVQ
Site 123S1479ESHSTPCSLSVQLDF
Site 124S1481HSTPCSLSVQLDFTD
Site 125S1498LAKERVLSNLRKHEA
Site 126S1556RTAALRESQQVALDG
Site 127T1568LDGELLDTMPKQYVN
Site 128Y1573LDTMPKQYVNREEQT
Site 129T1581VNREEQTTLHLECRG
Site 130S1589LHLECRGSSGKKCQG
Site 131S1590HLECRGSSGKKCQGA
Site 132T1662NAYKLQPTPGIQKVG
Site 133Y1679LFFTIVDYVSDETQR
Site 134S1681FTIVDYVSDETQRHP
Site 135T1684VDYVSDETQRHPPTR
Site 136T1690ETQRHPPTRQFFTSC
Site 137T1719ECRKVLETILKNSRL
Site 138S1755EQVVKFLSEDNSDMI
Site 139S1776FDLKQWLSATKPPLS
Site 140T1778LKQWLSATKPPLSDR
Site 141S1783SATKPPLSDRTRLLE
Site 142Y1824HWTYLLLYQFPDQYS
Site 143Y1830LYQFPDQYSDILRLL
Site 144S1847SSAEQLLSPECWKAT
Site 145S1880EGAVLPSSSDALLSD
Site 146S1881GAVLPSSSDALLSDK
Site 147S1886SSSDALLSDKQVMET
Site 148Y1902QWLSDFFYKLRLSKM
Site 149S1907FFYKLRLSKMDFKSF
Site 150S1913LSKMDFKSFGLFSKW
Site 151S1921FGLFSKWSPYMADVK
Site 152T1951TCLAQDPTASRKTVL
Site 153T1956DPTASRKTVLKSLHS
Site 154S1960SRKTVLKSLHSVIIQ
Site 155S1981LVLEDNESSQQRHYP
Site 156S1982VLEDNESSQQRHYPW
Site 157Y1987ESSQQRHYPWLESDT
Site 158S1992RHYPWLESDTVVASS
Site 159S2010LFTDCIDSLHESFKD
Site 160S2014CIDSLHESFKDKLLP
Site 161Y2049KMPEFILYAFHSTYR
Site 162T2054ILYAFHSTYRKLPWK
Site 163S2102VNWVSVLSDAWNSSP
Site 164S2108LSDAWNSSPHPETRS
Site 165T2113NSSPHPETRSMIVCL
Site 166S2143QTDSPLLSLLGQTSS
Site 167S2166VSYQSVLSYFSSHYP
Site 168Y2167SYQSVLSYFSSHYPP
Site 169S2169QSVLSYFSSHYPPSI
Site 170S2175FSSHYPPSIILAKES
Site 171S2198LKVSAGLSIPTDSQK
Site 172S2203GLSIPTDSQKHLDAV
Site 173S2259FNPPDMDSQTRHMAL
Site 174T2261PPDMDSQTRHMALSS
Site 175S2291TAEFLRGSIRTWIGQ
Site 176T2294FLRGSIRTWIGQKMH
Site 177S2315LLTAACQSLASVRHM
Site 178S2318AACQSLASVRHMAET
Site 179T2325SVRHMAETTEACITA
Site 180T2331ETTEACITAYFKESP
Site 181Y2333TEACITAYFKESPLN
Site 182S2337ITAYFKESPLNQNSG
Site 183S2343ESPLNQNSGWGPILV
Site 184T2358SLQVPELTMEEFLQE
Site 185S2385YLLQCLNSEQTLRNE
Site 186T2388QCLNSEQTLRNEMKV
Site 187Y2407SKWLEQVYPSSVEEE
Site 188S2410LEQVYPSSVEEEAKL
Site 189T2432LQLSLIQTEQNDSVL
Site 190S2437IQTEQNDSVLTESVI
Site 191S2476AIGFGRKSPLSNRFR
Site 192S2479FGRKSPLSNRFRVVA
Site 193S2509QIRLRPGSELHLTPK
Site 194T2514PGSELHLTPKAQQAL
Site 195S2526QALNALESMASSKQY
Site 196S2529NALESMASSKQYVEY
Site 197S2530ALESMASSKQYVEYQ
Site 198Y2533SMASSKQYVEYQDQI
Site 199Y2536SSKQYVEYQDQILQA
 
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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