PhosphoNET

           
Protein Info 
   
Short Name:  C2orf67
Full Name:  Uncharacterized protein C2orf67
Alias: 
Type: 
Mass (Da):  112253
Number AA:  987
UniProt ID:  A0AUZ9
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 1T9TPALREATAKGISFS
Site 2S14EATAKGISFSSLPST
Site 3S16TAKGISFSSLPSTME
Site 4S17AKGISFSSLPSTMES
Site 5S20ISFSSLPSTMESDKM
Site 6T21SFSSLPSTMESDKML
Site 7S24SLPSTMESDKMLYME
Site 8Y29MESDKMLYMESPRTV
Site 9S32DKMLYMESPRTVDEK
Site 10T35LYMESPRTVDEKLKG
Site 11T44DEKLKGDTFSQMLGF
Site 12S46KLKGDTFSQMLGFPT
Site 13T53SQMLGFPTPEPTLNT
Site 14S70VNLKHFGSPQSSKHY
Site 15S73KHFGSPQSSKHYQTV
Site 16S74HFGSPQSSKHYQTVF
Site 17Y77SPQSSKHYQTVFLMR
Site 18T79QSSKHYQTVFLMRSN
Site 19S87VFLMRSNSTLNKHNE
Site 20S105QKKLGEPSCNKLKNI
Site 21Y114NKLKNILYNGSNIQL
Site 22S122NGSNIQLSKICLSHS
Site 23S127QLSKICLSHSEEFIK
Site 24S129SKICLSHSEEFIKKE
Site 25S139FIKKEPLSDTTSQCM
Site 26S143EPLSDTTSQCMKDVQ
Site 27S205KKIVPGHSNVPVSSS
Site 28S210GHSNVPVSSSAAEKE
Site 29S212SNVPVSSSAAEKEEE
Site 30S236SKQKILLSQARRTQK
Site 31T241LLSQARRTQKHLQML
Site 32T274HQLPKMKTFHEPTTI
Site 33T280KTFHEPTTILGNSLP
Site 34T300KPEVNTLTAENKLWD
Site 35T317KNGFARCTAAEIQRF
Site 36S341HVEEGLDSDATDSSS
Site 37T344EGLDSDATDSSSDDD
Site 38S346LDSDATDSSSDDDLD
Site 39S347DSDATDSSSDDDLDE
Site 40S348SDATDSSSDDDLDEY
Site 41Y355SDDDLDEYTLRKNVA
Site 42T356DDDLDEYTLRKNVAV
Site 43S380VDRARVGSRWTWLQA
Site 44T383ARVGSRWTWLQAQIS
Site 45S437QFADQAASLNILGNP
Site 46S462PEQDFEMSPSSPTLL
Site 47S464QDFEMSPSSPTLLLR
Site 48S465DFEMSPSSPTLLLRN
Site 49T481EKQSAQLTEIINSLI
Site 50T496APLNLSPTSSPLSSK
Site 51S497PLNLSPTSSPLSSKS
Site 52S498LNLSPTSSPLSSKSC
Site 53S501SPTSSPLSSKSCSHK
Site 54S502PTSSPLSSKSCSHKC
Site 55S504SSPLSSKSCSHKCLA
Site 56S506PLSSKSCSHKCLANG
Site 57Y515KCLANGIYRSASENL
Site 58S517LANGIYRSASENLDE
Site 59S519NGIYRSASENLDELS
Site 60S526SENLDELSSSSSWLL
Site 61S527ENLDELSSSSSWLLN
Site 62S528NLDELSSSSSWLLNQ
Site 63S530DELSSSSSWLLNQKH
Site 64T546KKKRKDRTRLKSSSL
Site 65S550KDRTRLKSSSLTFMS
Site 66S552RTRLKSSSLTFMSTS
Site 67T554RLKSSSLTFMSTSAR
Site 68S557SSSLTFMSTSARTRP
Site 69T558SSLTFMSTSARTRPL
Site 70S559SLTFMSTSARTRPLQ
Site 71S567ARTRPLQSFHKRKLY
Site 72Y574SFHKRKLYRLSPTFY
Site 73S577KRKLYRLSPTFYWTP
Site 74T579KLYRLSPTFYWTPQT
Site 75Y581YRLSPTFYWTPQTLP
Site 76T583LSPTFYWTPQTLPSK
Site 77T586TFYWTPQTLPSKETA
Site 78T598ETAFLNTTQMPCLQS
Site 79T608PCLQSASTWSSYEHN
Site 80S611QSASTWSSYEHNSES
Site 81Y612SASTWSSYEHNSESY
Site 82S616WSSYEHNSESYLLRE
Site 83S618SYEHNSESYLLREHV
Site 84S626YLLREHVSELDSSFH
Site 85S630EHVSELDSSFHSVLS
Site 86S634ELDSSFHSVLSLPSD
Site 87T650PLHFHFETLLKKTEI
Site 88Y670ENKFVDEYIISPSPV
Site 89S673FVDEYIISPSPVHST
Site 90S675DEYIISPSPVHSTLN
Site 91S679ISPSPVHSTLNQWRN
Site 92Y688LNQWRNGYSPICKPQ
Site 93S698ICKPQIRSESSAQLL
Site 94S700KPQIRSESSAQLLQG
Site 95S714GRKKRHLSETALGER
Site 96T716KKRHLSETALGERTK
Site 97S727ERTKLEESDFQHTES
Site 98T732EESDFQHTESGSHSN
Site 99S734SDFQHTESGSHSNFT
Site 100S736FQHTESGSHSNFTAV
Site 101S738HTESGSHSNFTAVSN
Site 102T741SGSHSNFTAVSNVNV
Site 103S744HSNFTAVSNVNVLSR
Site 104S750VSNVNVLSRIQNSSR
Site 105S755VLSRIQNSSRNTARR
Site 106S756LSRIQNSSRNTARRR
Site 107T759IQNSSRNTARRRLRS
Site 108S766TARRRLRSESSYDID
Site 109S768RRRLRSESSYDIDNI
Site 110S769RRLRSESSYDIDNIV
Site 111Y770RLRSESSYDIDNIVI
Site 112Y792AKLEKLQYKEILTPS
Site 113Y811VLQPLDEYNLGKEEI
Site 114S822KEEIEDLSDEVFSLR
Site 115S827DLSDEVFSLRHKKYE
Site 116Y833FSLRHKKYEEREQAR
Site 117S854SKWHRRNSRAYSKNV
Site 118Y857HRRNSRAYSKNVEGQ
Site 119S858RRNSRAYSKNVEGQD
Site 120Y871QDLLLKEYPNNFSSS
Site 121S878YPNNFSSSQQCAAAS
Site 122S885SQQCAAASPPGLPSE
Site 123S891ASPPGLPSENQDLCA
Site 124Y899ENQDLCAYGLPSLNQ
Site 125S903LCAYGLPSLNQSQET
Site 126S907GLPSLNQSQETKSLW
Site 127S912NQSQETKSLWWERRA
Site 128S943KKDQVERSSTAFHGE
Site 129S944KDQVERSSTAFHGEI
Site 130T945DQVERSSTAFHGEIF
Site 131T954FHGEIFGTSVPENGH
Site 132S955HGEIFGTSVPENGHH
Site 133S967GHHPKKQSDGMEEYK
Site 134Y973QSDGMEEYKTFGLGL
Site 135T975DGMEEYKTFGLGLTN
Site 136T981KTFGLGLTNVKKNR_
 
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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