PhosphoNET

           
Protein Info 
   
Short Name:  C1orf173
Full Name:  Uncharacterized protein C1orf173
Alias: 
Type: 
Mass (Da):  168466
Number AA:  1530
UniProt ID:  Q5RHP9
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 1Y13PAGLLAAYNSLMDKH
Site 2Y24MDKHLAGYFNNTRIR
Site 3S37IRRHLLRSGLITRSG
Site 4S43RSGLITRSGRILSEK
Site 5S48TRSGRILSEKEYKLN
Site 6Y52RILSEKEYKLNMMKR
Site 7Y64MKRDHQKYIRECLAQ
Site 8Y83KVLDMERYHQLEIKK
Site 9T109QRFKGEHTRRSVENN
Site 10S112KGEHTRRSVENNMPI
Site 11S121ENNMPILSPHPPVGP
Site 12S130HPPVGPKSNRGHSVL
Site 13S135PKSNRGHSVLVDEGH
Site 14Y154ALTAPRPYTAPGNMQ
Site 15T155LTAPRPYTAPGNMQP
Site 16S171IRLQPLPSNPAVETV
Site 17T177PSNPAVETVPKVTSR
Site 18S183ETVPKVTSRSRSKTS
Site 19S185VPKVTSRSRSKTSLL
Site 20S187KVTSRSRSKTSLLEN
Site 21T189TSRSRSKTSLLENEA
Site 22S190SRSRSKTSLLENEAL
Site 23S212AVMKFRNSIGNSQRM
Site 24S216FRNSIGNSQRMNSYQ
Site 25S221GNSQRMNSYQLPNIN
Site 26Y222NSQRMNSYQLPNINS
Site 27Y230QLPNINSYMMPIPPP
Site 28T252TRENRSETWRRRRFR
Site 29T261RRRRFRPTTAPNGLE
Site 30T262RRRFRPTTAPNGLEP
Site 31T272NGLEPLLTKDSRRIH
Site 32S275EPLLTKDSRRIHKTS
Site 33T281DSRRIHKTSLHSNAA
Site 34S282SRRIHKTSLHSNAAI
Site 35S302GKNVHLSSDNPDFRD
Site 36Y314FRDEIKVYQQHCGGE
Site 37Y326GGENLCVYKGKLLEK
Site 38T335GKLLEKETFQFISKR
Site 39Y368RLSSCCEYKHRKGSR
Site 40S374EYKHRKGSRLGGKRG
Site 41S408MGLDKKPSLPKSRKE
Site 42S412KKPSLPKSRKEKSTE
Site 43S417PKSRKEKSTEKGEEL
Site 44T418KSRKEKSTEKGEELK
Site 45Y437KVRKEREYVIPKRNE
Site 46S451EIKENKTSVSAKFSA
Site 47S453KENKTSVSAKFSAQE
Site 48S457TSVSAKFSAQEIKTG
Site 49S477TAVEEMTSKGKPGQE
Site 50Y496DQENTLKYEYEEDFE
Site 51Y498ENTLKYEYEEDFEVD
Site 52S513EEKQGEKSNEEGQAD
Site 53S529QMNGIPQSPLDDKKD
Site 54S544NLDPEKESETSSQKA
Site 55S548EKESETSSQKAPDAR
Site 56S566KDENDGCSESELEED
Site 57T579EDKQDMKTASSTSSR
Site 58S581KQDMKTASSTSSRSH
Site 59S582QDMKTASSTSSRSHP
Site 60T583DMKTASSTSSRSHPY
Site 61S584MKTASSTSSRSHPYS
Site 62S585KTASSTSSRSHPYSS
Site 63S587ASSTSSRSHPYSSDS
Site 64S591SSRSHPYSSDSEDES
Site 65S592SRSHPYSSDSEDESA
Site 66S594SHPYSSDSEDESAVG
Site 67S598SSDSEDESAVGDREA
Site 68T607VGDREAHTDSSTDES
Site 69S609DREAHTDSSTDESAR
Site 70S610REAHTDSSTDESARR
Site 71T611EAHTDSSTDESARRS
Site 72S614TDSSTDESARRSSSQ
Site 73S618TDESARRSSSQELSE
Site 74S619DESARRSSSQELSEN
Site 75S620ESARRSSSQELSEND
Site 76S624RSSSQELSENDKPRK
Site 77S632ENDKPRKSHLPIEES
Site 78S639SHLPIEESLEIEIED
Site 79S664KPMPIDESFENVLKE
Site 80S685QEIAEGLSEKSGKHV
Site 81S688AEGLSEKSGKHVSAE
Site 82S693EKSGKHVSAEEKEKD
Site 83S702EEKEKDKSKLWEEST
Site 84S759AINSNKESQQLVQKT
Site 85S856RRLGEGGSDPIGQAA
Site 86S871AKDAVGLSKDEAPEK
Site 87T884EKQALMLTVLETDKA
Site 88S928ALREAATSEEGEAEG
Site 89S940AEGGVAVSDVGESEE
Site 90S950GESEEEASIDLEDTG
Site 91T962DTGPMEDTASKREDG
Site 92S964GPMEDTASKREDGSE
Site 93S970ASKREDGSEEAILGG
Site 94T990ERKEVMRTETRLSPF
Site 95T992KEVMRTETRLSPFTG
Site 96S995MRTETRLSPFTGEAE
Site 97T998ETRLSPFTGEAEASR
Site 98S1004FTGEAEASRMQVSEG
Site 99S1009EASRMQVSEGSPEEG
Site 100S1012RMQVSEGSPEEGSLA
Site 101S1017EGSPEEGSLAKEAFL
Site 102T1036VEGEEMVTEAEANRE
Site 103T1068RKAERPKTSLRKTDS
Site 104S1069KAERPKTSLRKTDSE
Site 105T1073PKTSLRKTDSEREEV
Site 106S1075TSLRKTDSEREEVTR
Site 107T1115EVRAEEETKAPPNEM
Site 108S1124APPNEMGSDAENEAP
Site 109S1138PVEASELSDNPGLLG
Site 110S1148PGLLGEDSLKETVVP
Site 111T1152GEDSLKETVVPIFEA
Site 112S1166ATPGFEKSLENITAL
Site 113S1183EGGGERLSEARDTEH
Site 114T1188RLSEARDTEHKDREE
Site 115S1197HKDREELSSRENRAL
Site 116S1198KDREELSSRENRALK
Site 117S1250LAAKDHDSCAGLEGR
Site 118S1314EAMQDRNSEGDGDME
Site 119T1352GGGETAETAAEEREV
Site 120S1377TIANKASSFSDVAEE
Site 121S1411VVEELARSGEEVPAA
Site 122T1433TTEAGVGTPGALERK
Site 123T1441PGALERKTSGLGQEQ
Site 124S1442GALERKTSGLGQEQE
Site 125T1468SGDGRQETGAAEKFR
Site 126S1479EKFRLGLSREGEREL
Site 127S1487REGERELSPESLQAM
Site 128S1490ERELSPESLQAMATL
Site 129T1496ESLQAMATLPVKPDF
Site 130T1504LPVKPDFTETREKQQ
Site 131T1520MVQGESETADVSPNN
Site 132S1524ESETADVSPNNVQV_
 
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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