PhosphoNET

           
Protein Info 
   
Short Name:  LOC375337
Full Name:  Uncharacterized protein C3orf77
Alias:  chromosome 3 open reading frame 77; flj36157; loc375337; yc009
Type: 
Mass (Da):  191010
Number AA: 
UniProt ID:  Q8N9V7
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 1T10RPPPLGPTTASGPEG
Site 2T11PPPLGPTTASGPEGN
Site 3T57RRMVARATPGRGEVE
Site 4S65PGRGEVESDKSVAAS
Site 5S68GEVESDKSVAASGAG
Site 6S72SDKSVAASGAGKAAR
Site 7S90EGRRGQVSPSDSSDP
Site 8S92RRGQVSPSDSSDPRG
Site 9S94GQVSPSDSSDPRGLE
Site 10S95QVSPSDSSDPRGLEA
Site 11T116PLQTERHTKEKRKVT
Site 12T123TKEKRKVTEASSDDP
Site 13S127RKVTEASSDDPQPGL
Site 14S141LDLVRKESLTSSESF
Site 15T143LVRKESLTSSESFQT
Site 16S144VRKESLTSSESFQTV
Site 17S145RKESLTSSESFQTVE
Site 18S147ESLTSSESFQTVECL
Site 19T150TSSESFQTVECLQSL
Site 20S177IRNKKLKSLENPPLK
Site 21T191KITENEATQNIKVEF
Site 22Y203VEFQDELYKNTPKYS
Site 23T206QDELYKNTPKYSCNI
Site 24Y209LYKNTPKYSCNILSP
Site 25S210YKNTPKYSCNILSPE
Site 26S215KYSCNILSPEVENNS
Site 27Y246NDENNLPYKPDGGCM
Site 28S267SKKENLRSLAEKSDT
Site 29S272LRSLAEKSDTNSIPQ
Site 30T274SLAEKSDTNSIPQLL
Site 31S276AEKSDTNSIPQLLQT
Site 32S298NKLLPEESDLYQSKT
Site 33Y301LPEESDLYQSKTNGL
Site 34T305SDLYQSKTNGLLSCL
Site 35Y319LQHEKNKYSIEESSV
Site 36S320QHEKNKYSIEESSVG
Site 37S324NKYSIEESSVGRKPR
Site 38S325KYSIEESSVGRKPRK
Site 39T343LSEKADETVTEMNFS
Site 40Y353EMNFSNEYNKSELML
Site 41S356FSNEYNKSELMLQEN
Site 42S376GKEAETKSPLNVLRK
Site 43S390KVSHNTVSLMDHLLS
Site 44S397SLMDHLLSVPETVEK
Site 45T401HLLSVPETVEKETSS
Site 46S407ETVEKETSSEHHVNA
Site 47S408TVEKETSSEHHVNAV
Site 48T428EPLLKEETENASEPL
Site 49Y437NASEPLGYESMASKE
Site 50S439SEPLGYESMASKEDF
Site 51S442LGYESMASKEDFKSM
Site 52S448ASKEDFKSMKSFIGK
Site 53S451EDFKSMKSFIGKSPN
Site 54S456MKSFIGKSPNEYHIE
Site 55Y460IGKSPNEYHIERRSS
Site 56S466EYHIERRSSREDLRS
Site 57S467YHIERRSSREDLRSA
Site 58S473SSREDLRSASEELKL
Site 59S475REDLRSASEELKLSC
Site 60S481ASEELKLSCQRTIPM
Site 61T485LKLSCQRTIPMTGKR
Site 62Y496TGKRTWPYYSCARIS
Site 63Y497GKRTWPYYSCARISA
Site 64S511AWCWKKASLPESSYF
Site 65S515KKASLPESSYFLRGS
Site 66S516KASLPESSYFLRGSQ
Site 67Y517ASLPESSYFLRGSQE
Site 68S522SSYFLRGSQESCRQV
Site 69S525FLRGSQESCRQVDVP
Site 70T542QTNQTHLTDSKLLLQ
Site 71S551SKLLLQSSLTETNTE
Site 72T553LLLQSSLTETNTESS
Site 73T555LQSSLTETNTESSSK
Site 74T557SSLTETNTESSSKEK
Site 75S561ETNTESSSKEKLDSN
Site 76S567SSKEKLDSNSNCLSS
Site 77S569KEKLDSNSNCLSSVS
Site 78S573DSNSNCLSSVSAVEP
Site 79S574SNSNCLSSVSAVEPT
Site 80S598KDDKKIKSEELSRRG
Site 81S602KIKSEELSRRGSEVI
Site 82S606EELSRRGSEVISNTT
Site 83S610RRGSEVISNTTEDTQ
Site 84T616ISNTTEDTQLTSETQ
Site 85S620TEDTQLTSETQSLTG
Site 86S624QLTSETQSLTGNKKK
Site 87S654DGQEANNSAGKTIHR
Site 88T658ANNSAGKTIHRKACI
Site 89S696IPLLKNKSEKRKEVN
Site 90S706RKEVNAKSSEREAYS
Site 91S707KEVNAKSSEREAYSP
Site 92Y712KSSEREAYSPLELLD
Site 93S713SSEREAYSPLELLDN
Site 94S722LELLDNLSGADVRQN
Site 95S731ADVRQNRSKENVSMM
Site 96S746MLGPQTLSIRNSVTP
Site 97S750QTLSIRNSVTPVQAS
Site 98T752LSIRNSVTPVQASSD
Site 99S758VTPVQASSDSFYNKK
Site 100S760PVQASSDSFYNKKSY
Site 101Y762QASSDSFYNKKSYSI
Site 102S766DSFYNKKSYSISPSF
Site 103S768FYNKKSYSISPSFTK
Site 104S770NKKSYSISPSFTKQG
Site 105S772KSYSISPSFTKQGNN
Site 106T774YSISPSFTKQGNNSK
Site 107S780FTKQGNNSKPSNHVS
Site 108S783QGNNSKPSNHVSEPG
Site 109S787SKPSNHVSEPGNIVS
Site 110S794SEPGNIVSNKEVASL
Site 111S800VSNKEVASLTVENNA
Site 112T802NKEVASLTVENNAFS
Site 113Y814AFSCDPGYVEKSPSF
Site 114S818DPGYVEKSPSFCCNE
Site 115S820GYVEKSPSFCCNEQE
Site 116T828FCCNEQETFRPVSSE
Site 117S833QETFRPVSSEVRGRK
Site 118S834ETFRPVSSEVRGRKI
Site 119T842EVRGRKITKNFSEVG
Site 120S846RKITKNFSEVGFPDI
Site 121S877DPDLFGVSNEGELSF
Site 122S883VSNEGELSFTSEVPK
Site 123T885NEGELSFTSEVPKIS
Site 124S886EGELSFTSEVPKISQ
Site 125S892TSEVPKISQEPNVAG
Site 126T904VAGEHQSTDSKYMET
Site 127Y908HQSTDSKYMETPVKK
Site 128T911TDSKYMETPVKKEPS
Site 129S939IKPDICASNSAESEI
Site 130S941PDICASNSAESEIKR
Site 131S965GEVANETSENETLGD
Site 132T969NETSENETLGDFSEQ
Site 133S974NETLGDFSEQIKGSD
Site 134S980FSEQIKGSDLDEKHR
Site 135T989LDEKHRFTDKVITKE
Site 136Y1002KEEKENIYEVCKSKD
Site 137S1007NIYEVCKSKDSRNAD
Site 138S1040LVPPLNLSGRQEDTI
Site 139T1046LSGRQEDTILNTWMN
Site 140T1071LKLQNPETCEIFKRE
Site 141Y1152AVNIFMEYYRKFPPG
Site 142Y1153VNIFMEYYRKFPPGV
Site 143Y1161RKFPPGVYFDLQVLN
Site 144Y1242LDPEHFNYIVKLLYQ
Site 145Y1248NYIVKLLYQVQASKQ
Site 146S1265TAVLEMKSRLQMRRF
Site 147T1346PFCEFAETVSKDPQN
Site 148Y1370RIGISAMYFYHKLLQ
Site 149Y1372GISAMYFYHKLLQWS
Site 150Y1389RKVLEKLYELKIHFT
Site 151T1443ESEWIINTPLWPCDR
Site 152S1471AHEILAKSLYRQTFE
Site 153T1476AKSLYRQTFEVLQNL
Site 154S1489NLPGFQNSQETVEVS
Site 155T1492GFQNSQETVEVSQYS
Site 156S1496SQETVEVSQYSLLFN
Site 157Y1498ETVEVSQYSLLFNKL
Site 158S1518ESSSLGMSSSVAEFM
Site 159T1542SFLRRLITSLGRSRL
Site 160S1543FLRRLITSLGRSRLW
Site 161S1547LITSLGRSRLWLKAR
Site 162Y1557WLKARAHYKSALSLG
Site 163S1559KARAHYKSALSLGCY
Site 164S1603FMVSNASSIQSPGTS
Site 165S1606SNASSIQSPGTSTQI
Site 166T1609SSIQSPGTSTQILQI
Site 167S1626KRCEDNQSRSNDDYQ
Site 168Y1632QSRSNDDYQAAVERL
Site 169T1656KLFVKHMTVNVNKEQ
Site 170S1666VNKEQVYSLEHCSAL
 
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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