PhosphoNET

           
Protein Info 
   
Short Name:  C5orf42
Full Name:  Uncharacterized protein C5orf42
Alias: 
Type: 
Mass (Da):  236517
Number AA:  2095
UniProt ID:  Q9H799
International Prot ID:  IPI00395010
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 1S17TFQLLIDSAKDFSKR
Site 2S22IDSAKDFSKRLWGLV
Site 3S111QKIRMKGSLPSLSPF
Site 4S114RMKGSLPSLSPFPQS
Site 5S116KGSLPSLSPFPQSLL
Site 6S121SLSPFPQSLLNYCKG
Site 7S171LHVRDKLSYSCRQYQ
Site 8Y172HVRDKLSYSCRQYQK
Site 9S173VRDKLSYSCRQYQKA
Site 10Y177LSYSCRQYQKARENV
Site 11Y264RVPLRDKYHSLHQRL
Site 12S266PLRDKYHSLHQRLRH
Site 13S309RVRRNIGSFEVNIWE
Site 14Y332EAPGVDRYSLGTSLS
Site 15S333APGVDRYSLGTSLSR
Site 16T336VDRYSLGTSLSRSTL
Site 17S337DRYSLGTSLSRSTLT
Site 18S339YSLGTSLSRSTLTEL
Site 19S341LGTSLSRSTLTELGD
Site 20T342GTSLSRSTLTELGDS
Site 21S349TLTELGDSVVHSDAD
Site 22S353LGDSVVHSDADTFSE
Site 23S359HSDADTFSEALSVEE
Site 24S363DTFSEALSVEEKSRI
Site 25Y373EKSRINIYQRNAPNH
Site 26S412KEDHEKLSQNTLPVI
Site 27Y431FERDDDEYIKFLDLF
Site 28Y441FLDLFLSYILERDLP
Site 29Y449ILERDLPYSRDADIP
Site 30S450LERDLPYSRDADIPF
Site 31S460ADIPFLTSFSGKLRE
Site 32T479SLLFDVHTTLKRHQS
Site 33S486TTLKRHQSKTKSQNV
Site 34T488LKRHQSKTKSQNVFR
Site 35S490RHQSKTKSQNVFRAG
Site 36S506CFVVAPESYESEKSS
Site 37S509VAPESYESEKSSSLN
Site 38S512ESYESEKSSSLNDEY
Site 39S513SYESEKSSSLNDEYG
Site 40S514YESEKSSSLNDEYGM
Site 41Y519SSSLNDEYGMHLENQ
Site 42S529HLENQKLSSSVLVNQ
Site 43S531ENQKLSSSVLVNQGI
Site 44Y544GIKPFLQYPSNEVNK
Site 45S565LFGLKQRSIYKIQDD
Site 46Y567GLKQRSIYKIQDDTR
Site 47T573IYKIQDDTREKCLIQ
Site 48T589SSNHIFWTPKSIKTR
Site 49T595WTPKSIKTRRCIFKA
Site 50S643NRRLLCDSGITESSS
Site 51T646LLCDSGITESSSEYS
Site 52S648CDSGITESSSEYSPV
Site 53S649DSGITESSSEYSPVI
Site 54S650SGITESSSEYSPVIR
Site 55Y652ITESSSEYSPVIRVK
Site 56S653TESSSEYSPVIRVKT
Site 57Y676LWLLEQPYFATYKAK
Site 58T695KMVENRDTGCQIGPN
Site 59S707GPNIERESKSDAGGS
Site 60S709NIERESKSDAGGSVA
Site 61S714SKSDAGGSVAVATPG
Site 62T719GGSVAVATPGGTEER
Site 63S789EEMDMHISDYEEDIE
Site 64Y791MDMHISDYEEDIEES
Site 65S798YEEDIEESVGGFRSP
Site 66T823QQLEEEFTEEVQCQR
Site 67T836QREEPLETIMEEKST
Site 68S842ETIMEEKSTEQKGMI
Site 69T843TIMEEKSTEQKGMIE
Site 70S853KGMIEAFSHPGHTTP
Site 71T859FSHPGHTTPQSMQVD
Site 72S862PGHTTPQSMQVDTSS
Site 73T867PQSMQVDTSSEISSA
Site 74S868QSMQVDTSSEISSAQ
Site 75S869SMQVDTSSEISSAQI
Site 76S872VDTSSEISSAQISTY
Site 77S873DTSSEISSAQISTYK
Site 78S877EISSAQISTYKEKSS
Site 79Y879SSAQISTYKEKSSSV
Site 80S883ISTYKEKSSSVPLLI
Site 81S884STYKEKSSSVPLLIS
Site 82S885TYKEKSSSVPLLISN
Site 83S898SNGVNVASQPPAPTP
Site 84T904ASQPPAPTPQKTQRN
Site 85T908PAPTPQKTQRNEFTA
Site 86S923QLPDCSESVRQMLQD
Site 87T960SFANLPDTQQLVQQS
Site 88S967TQQLVQQSQSVHLGE
Site 89S969QLVQQSQSVHLGESQ
Site 90S975QSVHLGESQESNLRG
Site 91S978HLGESQESNLRGCGD
Site 92S1003RFFIKPQSMGENARE
Site 93S1015AREPRKNSPHCHEGT
Site 94T1022SPHCHEGTIPSGQNS
Site 95S1025CHEGTIPSGQNSTGN
Site 96S1029TIPSGQNSTGNVQNV
Site 97S1058RKKGPIPSSQNLPST
Site 98S1059KKGPIPSSQNLPSTS
Site 99S1064PSSQNLPSTSFYPAP
Site 100S1066SQNLPSTSFYPAPAG
Site 101Y1068NLPSTSFYPAPAGNT
Site 102S1081NTHLYLLSTPSVVQK
Site 103T1098RLIPHAKTFSPGDGF
Site 104S1100IPHAKTFSPGDGFPL
Site 105S1112FPLLQFKSKQEFQPL
Site 106S1144PREAWGLSDSFQPAL
Site 107S1146EAWGLSDSFQPALPQ
Site 108T1159PQRAAQTTPASHLNV
Site 109S1162AAQTTPASHLNVSQY
Site 110S1167PASHLNVSQYNTEAR
Site 111Y1169SHLNVSQYNTEARKK
Site 112T1171LNVSQYNTEARKKEV
Site 113Y1200NHVNLDQYVGQENLT
Site 114T1207YVGQENLTPQQDSSV
Site 115S1213LTPQQDSSVFIKPEK
Site 116T1228LFDVKPGTLEISPHH
Site 117S1232KPGTLEISPHHSFGL
Site 118S1254KPPNMFPSTSRASIT
Site 119T1255PPNMFPSTSRASITV
Site 120S1256PNMFPSTSRASITVP
Site 121S1259FPSTSRASITVPSTP
Site 122T1261STSRASITVPSTPIQ
Site 123Y1276PIAEERKYPRLSLLH
Site 124S1280ERKYPRLSLLHSHLS
Site 125S1284PRLSLLHSHLSPENR
Site 126S1287SLLHSHLSPENRCKK
Site 127T1295PENRCKKTQLIPLEN
Site 128S1309NLIAFKQSQQKLTHN
Site 129S1344EVRQGKDSKKRQRRR
Site 130T1371LRRKPNVTFRPENSI
Site 131S1384SIINNDDSEIIKKPK
Site 132S1399EQQEHCGSHPLDDFD
Site 133T1417EMLQDDNTSAGLHFM
Site 134S1434VKKKAIGSQDASTNT
Site 135S1438AIGSQDASTNTDPEH
Site 136T1439IGSQDASTNTDPEHE
Site 137T1449DPEHEPLTAPQLLVP
Site 138S1465VYLNLKLSSEMSEKP
Site 139S1469LKLSSEMSEKPWSPS
Site 140S1474EMSEKPWSPSIPHTV
Site 141S1476SEKPWSPSIPHTVTN
Site 142T1480WSPSIPHTVTNLVGH
Site 143T1482PSIPHTVTNLVGHTY
Site 144S1527SDHLAVPSSAELHYM
Site 145S1528DHLAVPSSAELHYMA
Site 146Y1533PSSAELHYMAASVTN
Site 147T1539HYMAASVTNAVPPHN
Site 148S1549VPPHNFKSQGLPKPE
Site 149S1563EFRFKGQSTKSDSAE
Site 150T1564FRFKGQSTKSDSAED
Site 151S1566FKGQSTKSDSAEDYL
Site 152S1568GQSTKSDSAEDYLLW
Site 153Y1572KSDSAEDYLLWKRLQ
Site 154S1582WKRLQGVSAACPAPS
Site 155S1590AACPAPSSAAHQLEH
Site 156T1653SGPEFKKTLASKTIS
Site 157S1656EFKKTLASKTISISE
Site 158T1658KKTLASKTISISEEV
Site 159S1660TLASKTISISEEVRF
Site 160S1662ASKTISISEEVRFLT
Site 161T1669SEEVRFLTHMDEEDQ
Site 162S1677HMDEEDQSDKKETSE
Site 163S1683QSDKKETSEPEFSIT
Site 164S1688ETSEPEFSITENYSG
Site 165T1690SEPEFSITENYSGQK
Site 166T1698ENYSGQKTCVFPTAD
Site 167S1709PTADSAVSLSSSSDQ
Site 168S1711ADSAVSLSSSSDQNT
Site 169S1713SAVSLSSSSDQNTTS
Site 170S1714AVSLSSSSDQNTTSP
Site 171T1718SSSSDQNTTSPGMNS
Site 172S1720SSDQNTTSPGMNSSD
Site 173S1726TSPGMNSSDELCESV
Site 174S1732SSDELCESVSVHPLQ
Site 175S1734DELCESVSVHPLQMT
Site 176S1761IIKDGVSSEELGLTE
Site 177T1767SSEELGLTEQAMGTS
Site 178Y1779GTSRIQHYSGRHSQR
Site 179S1780TSRIQHYSGRHSQRT
Site 180S1784QHYSGRHSQRTDKER
Site 181T1787SGRHSQRTDKERREI
Site 182Y1809RKERMAKYLNELAEK
Site 183Y1832CPRSNPLYMTSREIR
Site 184T1834RSNPLYMTSREIRLR
Site 185S1854EKDRLLLSEHYSRRI
Site 186Y1857RLLLSEHYSRRISQA
Site 187S1858LLLSEHYSRRISQAY
Site 188S1862EHYSRRISQAYGLMN
Site 189Y1865SRRISQAYGLMNELL
Site 190S1875MNELLSESVQLPTLP
Site 191T1880SESVQLPTLPQKPLP
Site 192S1891KPLPNKPSPTQSSSC
Site 193T1893LPNKPSPTQSSSCQH
Site 194S1895NKPSPTQSSSCQHCP
Site 195S1896KPSPTQSSSCQHCPS
Site 196S1897PSPTQSSSCQHCPSP
Site 197S1903SSCQHCPSPRGENQH
Site 198S1913GENQHGHSFLINRPG
Site 199Y1924NRPGKVKYMSKPSYI
Site 200S1926PGKVKYMSKPSYIHK
Site 201S1929VKYMSKPSYIHKRKS
Site 202Y1930KYMSKPSYIHKRKSF
Site 203S1936SYIHKRKSFGQPQGS
Site 204S1943SFGQPQGSPWPHGTA
Site 205T1951PWPHGTATFTIQKKA
Site 206T1969KAAVRKATQSPVTFQ
Site 207S1971AVRKATQSPVTFQKG
Site 208T1974KATQSPVTFQKGSNA
Site 209S1979PVTFQKGSNAPCHSL
Site 210S1985GSNAPCHSLQHTKKH
Site 211T1989PCHSLQHTKKHGSAG
Site 212T2001SAGLAPQTKQVCVEY
Site 213Y2008TKQVCVEYEREETVV
Site 214T2013VEYEREETVVSPWTI
Site 215S2016EREETVVSPWTIPSE
Site 216T2019ETVVSPWTIPSEIHK
Site 217S2031IHKILHESHNSLLQD
Site 218S2034ILHESHNSLLQDLSP
Site 219S2040NSLLQDLSPTEEEEP
Site 220S2058FGVGGVDSVSESTGS
Site 221S2062GVDSVSESTGSILSK
Site 222S2065SVSESTGSILSKLDW
Site 223S2068ESTGSILSKLDWNAI
Site 224S2088SVEDQGLSVHWALDL
 
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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