PhosphoNET

           
Protein Info 
   
Short Name:  C12orf35
Full Name:  Uncharacterized protein C12orf35
Alias:  CL035; FLJ10652; FLJ20696; KIAA1551
Type: 
Mass (Da):  194851
Number AA:  1747
UniProt ID:  Q9HCM1
International Prot ID:  IPI00018808
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 1S9NWNEKPKSATLPPLY
Site 2T11NEKPKSATLPPLYPK
Site 3Y16SATLPPLYPKSQPPF
Site 4S19LPPLYPKSQPPFLHQ
Site 5T33QSLINQITTTSQSSF
Site 6T34SLINQITTTSQSSFS
Site 7T35LINQITTTSQSSFSY
Site 8S36INQITTTSQSSFSYP
Site 9S38QITTTSQSSFSYPGS
Site 10S39ITTTSQSSFSYPGSN
Site 11S41TTSQSSFSYPGSNQE
Site 12Y42TSQSSFSYPGSNQEA
Site 13S45SSFSYPGSNQEACMY
Site 14Y52SNQEACMYPGNSNPI
Site 15S56ACMYPGNSNPISQPL
Site 16S60PGNSNPISQPLLNIQ
Site 17Y69PLLNIQNYPQQISVS
Site 18T82VSDMHNGTVVASHTS
Site 19T94HTSVERITYANVNGP
Site 20Y95TSVERITYANVNGPK
Site 21T105VNGPKQLTHNLQMSS
Site 22T115LQMSSGVTQNVWLNS
Site 23S130PMRNPVHSHIGATVS
Site 24S137SHIGATVSHQTDFGA
Site 25S154PNMPALQSQLITSDT
Site 26T158ALQSQLITSDTYSMQ
Site 27S159LQSQLITSDTYSMQM
Site 28T161SQLITSDTYSMQMQM
Site 29Y162QLITSDTYSMQMQMI
Site 30S173MQMIPSNSTRLPVAY
Site 31Y180STRLPVAYQGNQGLN
Site 32S189GNQGLNQSFSEQQVD
Site 33S191QGLNQSFSEQQVDWT
Site 34T198SEQQVDWTQQCISKG
Site 35T207QCISKGLTYPDYRPP
Site 36Y208CISKGLTYPDYRPPP
Site 37Y211KGLTYPDYRPPPKLY
Site 38Y218YRPPPKLYRYSPQSF
Site 39Y220PPPKLYRYSPQSFLP
Site 40S221PPKLYRYSPQSFLPD
Site 41S224LYRYSPQSFLPDSTI
Site 42S229PQSFLPDSTIQKQNF
Site 43S241QNFIPHTSLQVKNSQ
Site 44S247TSLQVKNSQLPNSVL
Site 45S252KNSQLPNSVLTLPSR
Site 46T255QLPNSVLTLPSRQTS
Site 47S258NSVLTLPSRQTSAVP
Site 48T261LTLPSRQTSAVPSQQ
Site 49S262TLPSRQTSAVPSQQY
Site 50S266RQTSAVPSQQYATQT
Site 51T273SQQYATQTDKRPPPP
Site 52Y282KRPPPPPYNCRYGSQ
Site 53Y286PPPYNCRYGSQPLQS
Site 54S288PYNCRYGSQPLQSTQ
Site 55S302QHITKHLSMEVPQSR
Site 56S308LSMEVPQSREMLSSE
Site 57S313PQSREMLSSEIRTSF
Site 58S314QSREMLSSEIRTSFQ
Site 59S319LSSEIRTSFQQQWQN
Site 60T333NPNENVSTIGNFTNL
Site 61S346NLKVNTNSKQPFNSP
Site 62S352NSKQPFNSPIRSSVD
Site 63S356PFNSPIRSSVDGVQT
Site 64S357FNSPIRSSVDGVQTL
Site 65S375NEEKIMDSCNPTSNQ
Site 66T379IMDSCNPTSNQVLDT
Site 67S380MDSCNPTSNQVLDTS
Site 68S387SNQVLDTSVAKEKLV
Site 69T399KLVRDIKTLVEIKQK
Site 70T432GCIKMTNTSYSEPAQ
Site 71Y434IKMTNTSYSEPAQNS
Site 72S435KMTNTSYSEPAQNSK
Site 73T448SKLSLKQTAKIQSGP
Site 74T458IQSGPQITPVMPENA
Site 75T469PENAERQTPTVVESA
Site 76T471NAERQTPTVVESAET
Site 77T481ESAETNKTQCMLNSD
Site 78S502RRFNQVDSVLPNPVY
Site 79Y509SVLPNPVYSEKRPMP
Site 80S519KRPMPDPSHDVKVLT
Site 81T526SHDVKVLTSKTSAVE
Site 82S544AVLNTQLSSENVTKV
Site 83T549QLSSENVTKVEQNSP
Site 84S555VTKVEQNSPAVCETI
Site 85S567ETISVPKSMSTEEYK
Site 86Y573KSMSTEEYKSKIQNE
Site 87S589MLLLALLSQARKTQK
Site 88T594LLSQARKTQKTVLKD
Site 89T597QARKTQKTVLKDANQ
Site 90S609ANQTIQDSKPDSCEM
Site 91S613IQDSKPDSCEMNPNT
Site 92T634LNLKNMETPSTSNVS
Site 93S636LKNMETPSTSNVSGR
Site 94T637KNMETPSTSNVSGRV
Site 95S638NMETPSTSNVSGRVL
Site 96S648SGRVLDNSFCSGQES
Site 97S651VLDNSFCSGQESSTK
Site 98S655SFCSGQESSTKGMPA
Site 99S656FCSGQESSTKGMPAK
Site 100S664TKGMPAKSDSSCSME
Site 101S666GMPAKSDSSCSMEVL
Site 102S667MPAKSDSSCSMEVLA
Site 103S669AKSDSSCSMEVLATC
Site 104S678EVLATCLSLWKKQPS
Site 105S685SLWKKQPSDTAKEKE
Site 106T698KECDKLRTNTTAVGI
Site 107T700CDKLRTNTTAVGISK
Site 108T701DKLRTNTTAVGISKP
Site 109S715PANIHVKSPCSVVGN
Site 110S718IHVKSPCSVVGNSNS
Site 111S723PCSVVGNSNSQNKIS
Site 112S725SVVGNSNSQNKISNP
Site 113S733QNKISNPSQQTALSM
Site 114S796YPVIKEGSVCSLQNQ
Site 115S799IKEGSVCSLQNQLAE
Site 116S824DVSGPVASTATSTKI
Site 117T835STKIFPLTQKEKQNE
Site 118S843QKEKQNESTNGNSEV
Site 119T851TNGNSEVTPNVNQGK
Site 120S864GKHNKLESAIHSPMN
Site 121S868KLESAIHSPMNDQQI
Site 122S876PMNDQQISQESRNST
Site 123S882ISQESRNSTVVSSDT
Site 124T883SQESRNSTVVSSDTL
Site 125S886SRNSTVVSSDTLQID
Site 126T903CSLVEGDTSYNSQIA
Site 127S904SLVEGDTSYNSQIAK
Site 128Y905LVEGDTSYNSQIAKI
Site 129S907EGDTSYNSQIAKIFS
Site 130T946PEKQLDNTTENKDFG
Site 131T947EKQLDNTTENKDFGF
Site 132S973SHKICDQSKSEPPLE
Site 133S975KICDQSKSEPPLESS
Site 134S982SEPPLESSFNNLETN
Site 135T988SSFNNLETNRVILEK
Site 136S1005LEHATEKSTANDTCS
Site 137T1010EKSTANDTCSSAAIQ
Site 138S1012STANDTCSSAAIQED
Site 139Y1021AAIQEDIYPQEIDAS
Site 140S1028YPQEIDASSNYTPQD
Site 141S1029PQEIDASSNYTPQDP
Site 142Y1031EIDASSNYTPQDPAR
Site 143T1032IDASSNYTPQDPARN
Site 144S1043PARNEIHSDKAPVLY
Site 145Y1050SDKAPVLYLHDQLSE
Site 146S1056LYLHDQLSELLKEFP
Site 147T1071YGIEAVNTREGSVGQ
Site 148S1075AVNTREGSVGQQTTY
Site 149T1080EGSVGQQTTYQTSED
Site 150Y1082SVGQQTTYQTSEDQT
Site 151T1089YQTSEDQTADKTSSD
Site 152T1093EDQTADKTSSDSKDP
Site 153S1095QTADKTSSDSKDPAD
Site 154S1097ADKTSSDSKDPADQI
Site 155T1107PADQIQITILSSEQM
Site 156Y1126PEQDDQPYVVDKLAE
Site 157T1141PQKEEPITEVVSQCD
Site 158S1145EPITEVVSQCDLQAP
Site 159S1160AAGQSRDSVILDSEK
Site 160S1165RDSVILDSEKDDIHC
Site 161S1192VPQCQCNSIKNSSSE
Site 162S1196QCNSIKNSSSEEEKQ
Site 163S1197CNSIKNSSSEEEKQK
Site 164S1198NSIKNSSSEEEKQKE
Site 165S1208EKQKEQCSPLDTNSC
Site 166T1212EQCSPLDTNSCKQGE
Site 167S1214CSPLDTNSCKQGERT
Site 168S1222CKQGERTSDRDVTVV
Site 169T1227RTSDRDVTVVQFKSL
Site 170S1233VTVVQFKSLVNNPKT
Site 171T1240SLVNNPKTPPDGKSH
Site 172S1246KTPPDGKSHFPELQD
Site 173S1255FPELQDDSRKDTPKT
Site 174T1259QDDSRKDTPKTKHKS
Site 175T1262SRKDTPKTKHKSLPR
Site 176S1266TPKTKHKSLPRTEQE
Site 177T1270KHKSLPRTEQELVAG
Site 178S1281LVAGQFSSKCDKLNP
Site 179T1303KLRFHEVTFHSSNKM
Site 180T1311FHSSNKMTASYEQAS
Site 181S1313SSNKMTASYEQASQE
Site 182Y1314SNKMTASYEQASQET
Site 183T1328TRQKKHVTQNSRPLK
Site 184S1331KKHVTQNSRPLKTKT
Site 185T1336QNSRPLKTKTAFLPN
Site 186T1338SRPLKTKTAFLPNKD
Site 187Y1347FLPNKDVYKKHSSLG
Site 188S1352DVYKKHSSLGQSLSP
Site 189S1356KHSSLGQSLSPEKIK
Site 190S1358SSLGQSLSPEKIKLK
Site 191S1368KIKLKLKSVSFKQKR
Site 192S1370KLKLKSVSFKQKRKL
Site 193S1400DKQEQKGSVGATFKL
Site 194T1404QKGSVGATFKLGDSL
Site 195S1410ATFKLGDSLSNPNER
Site 196S1412FKLGDSLSNPNERAI
Site 197S1426IVKEKMVSNTKSVDT
Site 198S1430KMVSNTKSVDTKASS
Site 199T1433SNTKSVDTKASSSKF
Site 200S1436KSVDTKASSSKFSRI
Site 201S1437SVDTKASSSKFSRIL
Site 202S1438VDTKASSSKFSRILT
Site 203S1441KASSSKFSRILTPKE
Site 204T1445SKFSRILTPKEYLQR
Site 205Y1449RILTPKEYLQRQKHK
Site 206S1460QKHKEALSNKASKKI
Site 207S1464EALSNKASKKICVKN
Site 208S1476VKNVPCDSEHMRPSK
Site 209S1482DSEHMRPSKLAVQVE
Site 210S1490KLAVQVESCGKSNEK
Site 211S1494QVESCGKSNEKHSSG
Site 212S1500KSNEKHSSGVQTSKE
Site 213T1504KHSSGVQTSKESLNG
Site 214S1505HSSGVQTSKESLNGL
Site 215S1508GVQTSKESLNGLTSH
Site 216S1514ESLNGLTSHGKNLKI
Site 217S1524KNLKIHHSQESKTYN
Site 218Y1530HSQESKTYNILRNVK
Site 219T1553DKIWIDKTKLDKLTN
Site 220T1559KTKLDKLTNISNEAQ
Site 221S1568ISNEAQFSQMPPQVK
Site 222Y1581VKDQKKLYLNRVGFK
Site 223T1590NRVGFKCTERESISL
Site 224S1594FKCTERESISLTKLE
Site 225S1596CTERESISLTKLESS
Site 226T1598ERESISLTKLESSPR
Site 227S1602ISLTKLESSPRKLHK
Site 228S1603SLTKLESSPRKLHKD
Site 229T1619RQENKHKTFLPVKGN
Site 230S1630VKGNTEKSNMLEFKL
Site 231S1648ILLKNTNSVEERKDV
Site 232S1669EQAPLQVSGIKSTKE
Site 233S1673LQVSGIKSTKEDWLK
Site 234S1692KKRTQKDSQERDNVN
Site 235S1700QERDNVNSRLSKRSF
Site 236S1703DNVNSRLSKRSFSAD
Site 237S1706NSRLSKRSFSADGFE
Site 238S1708RLSKRSFSADGFEML
Site 239T1728DSKEMFQTYKQMYLE
Site 240Y1729SKEMFQTYKQMYLEK
Site 241Y1733FQTYKQMYLEKRSRS
Site 242S1740YLEKRSRSLGSSPVK
Site 243S1744RSRSLGSSPVK____
 
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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