PhosphoNET

           
Protein Info 
   
Short Name:  C1orf9
Full Name: 
Alias: 
Type: 
Mass (Da):  139430
Number AA:  1254
UniProt ID:  Q9UBS9
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 1S32WRVCCKESSSASASS
Site 2S33RVCCKESSSASASSY
Site 3S34VCCKESSSASASSYY
Site 4S36CKESSSASASSYYSQ
Site 5S38ESSSASASSYYSQDD
Site 6S39SSSASASSYYSQDDN
Site 7Y40SSASASSYYSQDDNC
Site 8S42ASASSYYSQDDNCAL
Site 9S70EGPINAESLGKSGSN
Site 10S74NAESLGKSGSNLPIS
Site 11S76ESLGKSGSNLPISPK
Site 12S81SGSNLPISPKEHKLK
Site 13S91EHKLKDDSIVDVQNT
Site 14T98SIVDVQNTESKKLSP
Site 15S100VDVQNTESKKLSPPV
Site 16S104NTESKKLSPPVVETL
Site 17T113PVVETLPTVDLHEES
Site 18S121VDLHEESSNAVVDSE
Site 19S127SSNAVVDSETVENIS
Site 20T129NAVVDSETVENISSS
Site 21S134SETVENISSSSTSEI
Site 22S135ETVENISSSSTSEIT
Site 23S136TVENISSSSTSEITP
Site 24S137VENISSSSTSEITPI
Site 25T138ENISSSSTSEITPIS
Site 26S139NISSSSTSEITPISK
Site 27T142SSSTSEITPISKLDE
Site 28S145TSEITPISKLDEIEK
Site 29S153KLDEIEKSGTIPIAK
Site 30T155DEIEKSGTIPIAKPS
Site 31S167KPSETEQSETDCDVG
Site 32T169SETEQSETDCDVGEA
Site 33S180VGEALDASAPIEQPS
Site 34S187SAPIEQPSFVSPPDS
Site 35S190IEQPSFVSPPDSLVG
Site 36S194SFVSPPDSLVGQHIE
Site 37S205QHIENVSSSHGKGKI
Site 38S206HIENVSSSHGKGKIT
Site 39T213SHGKGKITKSEFESK
Site 40S215GKGKITKSEFESKVS
Site 41S219ITKSEFESKVSASEQ
Site 42S222SEFESKVSASEQGGG
Site 43S224FESKVSASEQGGGDP
Site 44S233QGGGDPKSALNASDN
Site 45S238PKSALNASDNLKNES
Site 46S246DNLKNESSDYTKPGD
Site 47Y248LKNESSDYTKPGDID
Site 48T249KNESSDYTKPGDIDP
Site 49T257KPGDIDPTSVASPKD
Site 50S258PGDIDPTSVASPKDP
Site 51S261IDPTSVASPKDPEDI
Site 52T270KDPEDIPTFDEWKKK
Site 53S286MEVEKEKSQSMHASS
Site 54S288VEKEKSQSMHASSNG
Site 55S292KSQSMHASSNGGSHA
Site 56S293SQSMHASSNGGSHAT
Site 57S297HASSNGGSHATKKVQ
Site 58Y310VQKNRNNYASVECGA
Site 59S312KNRNNYASVECGAKI
Site 60S328AANPEAKSTSAILIE
Site 61Y369KQLDIANYELFSSTP
Site 62S374ANYELFSSTPKDFLV
Site 63T375NYELFSSTPKDFLVS
Site 64S382TPKDFLVSISDRYPT
Site 65S384KDFLVSISDRYPTNK
Site 66Y387LVSISDRYPTNKWIK
Site 67T389SISDRYPTNKWIKLG
Site 68T397NKWIKLGTFHGRDER
Site 69S408RDERNVQSFPLDEQM
Site 70Y416FPLDEQMYAKYVKMF
Site 71Y419DEQMYAKYVKMFIKY
Site 72S433YIKVELLSHFGSEHF
Site 73S437ELLSHFGSEHFCPLS
Site 74S452LIRVFGTSMVEEYEE
Site 75Y457GTSMVEEYEEIADSQ
Site 76S463EYEEIADSQYHSERQ
Site 77Y465EEIADSQYHSERQEL
Site 78S467IADSQYHSERQELFD
Site 79Y477QELFDEDYDYPLDYN
Site 80Y479LFDEDYDYPLDYNTG
Site 81Y483DYDYPLDYNTGEDKS
Site 82T485DYPLDYNTGEDKSSK
Site 83S490YNTGEDKSSKNLLGS
Site 84S491NTGEDKSSKNLLGSA
Site 85T521GAKTEDLTEGNKSIS
Site 86S526DLTEGNKSISENATA
Site 87S528TEGNKSISENATATA
Site 88T532KSISENATATAAPKM
Site 89S542AAPKMPESTPVSTPV
Site 90T543APKMPESTPVSTPVP
Site 91S546MPESTPVSTPVPSPE
Site 92T547PESTPVSTPVPSPEY
Site 93S551PVSTPVPSPEYVTTE
Site 94Y554TPVPSPEYVTTEVHT
Site 95T557PSPEYVTTEVHTHDM
Site 96S567HTHDMEPSTPDTPKE
Site 97T568THDMEPSTPDTPKES
Site 98T571MEPSTPDTPKESPIV
Site 99S575TPDTPKESPIVQLVQ
Site 100S589QEEEEEASPSTVTLL
Site 101S591EEEEASPSTVTLLGS
Site 102T592EEEASPSTVTLLGSG
Site 103T594EASPSTVTLLGSGEQ
Site 104S598STVTLLGSGEQEDES
Site 105S605SGEQEDESSPWFESE
Site 106S606GEQEDESSPWFESET
Site 107S611ESSPWFESETQIFCS
Site 108T613SPWFESETQIFCSEL
Site 109Y634SSFSEYIYKWCSVRV
Site 110Y644CSVRVALYRQRSRTA
Site 111S648VALYRQRSRTALSKG
Site 112T650LYRQRSRTALSKGKD
Site 113S653QRSRTALSKGKDYLV
Site 114Y658ALSKGKDYLVLAQPP
Site 115S682VSVLQPLSGELENTN
Site 116T688LSGELENTNIEREAE
Site 117T696NIEREAETVVLGDLS
Site 118S703TVVLGDLSSSMHQDD
Site 119S704VVLGDLSSSMHQDDL
Site 120S724DAVELEPSHSQTLSQ
Site 121S726VELEPSHSQTLSQSL
Site 122T728LEPSHSQTLSQSLLL
Site 123S730PSHSQTLSQSLLLDI
Site 124S732HSQTLSQSLLLDITP
Site 125S750PLPKIEVSESVEYEA
Site 126S752PKIEVSESVEYEAGH
Site 127Y755EVSESVEYEAGHIPS
Site 128S762YEAGHIPSPVIPQES
Site 129S770PVIPQESSVEIDNET
Site 130T777SVEIDNETEQKSESF
Site 131S781DNETEQKSESFSSIE
Site 132S783ETEQKSESFSSIEKP
Site 133S785EQKSESFSSIEKPSI
Site 134S786QKSESFSSIEKPSIT
Site 135S791FSSIEKPSITYETNK
Site 136T848AKMNIADTAKQTLIS
Site 137S861ISVVDSSSLPEVKEE
Site 138S871EVKEEEQSPEDALLR
Site 139T883LLRGLQRTATDFYAE
Site 140T885RGLQRTATDFYAELQ
Site 141Y888QRTATDFYAELQNST
Site 142S894FYAELQNSTDLGYAN
Site 143Y899QNSTDLGYANGNLVH
Site 144S908NGNLVHGSNQKESVF
Site 145S930KALEVNMSLSGRYLE
Site 146S932LEVNMSLSGRYLEEL
Site 147S940GRYLEELSQRYRKQM
Site 148T976EEQDQRQTEAIQLLQ
Site 149S1008AELKREVSDRQSYLV
Site 150S1012REVSDRQSYLVISLV
Site 151Y1043TSQFDGDYISKLPKS
Site 152S1045QFDGDYISKLPKSNQ
Site 153S1050YISKLPKSNQYPSPK
Site 154Y1053KLPKSNQYPSPKRCF
Site 155S1055PKSNQYPSPKRCFSS
Site 156S1061PSPKRCFSSYDDMNL
Site 157S1062SPKRCFSSYDDMNLK
Site 158Y1063PKRCFSSYDDMNLKR
Site 159T1072DMNLKRRTSFPLMRS
Site 160S1073MNLKRRTSFPLMRSK
Site 161S1079TSFPLMRSKSLQLTG
Site 162S1081FPLMRSKSLQLTGKE
Site 163T1085RSKSLQLTGKEVDPN
Site 164Y1095EVDPNDLYIVEPLKF
Site 165S1103IVEPLKFSPEKKKKR
Site 166Y1113KKKKRCKYKIEKIET
Site 167T1120YKIEKIETIKPEEPL
Site 168T1142IKGRKPFTNQRDFSN
Site 169Y1154FSNMGEVYHSSYKGP
Site 170S1156NMGEVYHSSYKGPPS
Site 171S1157MGEVYHSSYKGPPSE
Site 172Y1158GEVYHSSYKGPPSEG
Site 173S1163SSYKGPPSEGSSETS
Site 174S1166KGPPSEGSSETSSQS
Site 175S1167GPPSEGSSETSSQSE
Site 176S1170SEGSSETSSQSEESY
Site 177S1171EGSSETSSQSEESYF
Site 178S1173SSETSSQSEESYFCG
Site 179S1176TSSQSEESYFCGISA
Site 180Y1177SSQSEESYFCGISAC
Site 181S1192TSLCNGQSQKTKTEK
Site 182T1197GQSQKTKTEKRALKR
Site 183S1207RALKRRRSKVQDQGK
Site 184T1218DQGKLIKTLIQTKSG
Site 185S1224KTLIQTKSGSLPSLH
Site 186S1226LIQTKSGSLPSLHDI
Site 187S1229TKSGSLPSLHDIIKG
 
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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