PhosphoNET

           
Protein Info 
   
Short Name:  C10orf6
Full Name:  Protein FAM178A
Alias:  Chromosome 10 open reading frame 6; CJ006; Family with sequence similarity 178, member A; FLJ10512; FLJ25012; LOC55719
Type:  Unknown function
Mass (Da):  131873
Number AA:  1173
UniProt ID:  Q8IX21
International Prot ID:  IPI00293188
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 1S14PARPGFPSSPAPGSS
Site 2S15ARPGFPSSPAPGSSP
Site 3S20PSSPAPGSSPPRCHL
Site 4S21SSPAPGSSPPRCHLR
Site 5S31RCHLRPGSTAHAAAG
Site 6T41HAAAGKRTESPGDRK
Site 7S43AAGKRTESPGDRKQS
Site 8S50SPGDRKQSIIDFFKP
Site 9S68QDRHMLDSPQKSNIK
Site 10S72MLDSPQKSNIKYGGS
Site 11Y76PQKSNIKYGGSRLSI
Site 12S79SNIKYGGSRLSITGT
Site 13S82KYGGSRLSITGTEQF
Site 14T86SRLSITGTEQFERKL
Site 15S94EQFERKLSSPKESKP
Site 16S95QFERKLSSPKESKPK
Site 17S99KLSSPKESKPKRVPP
Site 18S109KRVPPEKSPIIEAFM
Site 19S131EDHGIHESRRPCLSL
Site 20S137ESRRPCLSLASKYLA
Site 21T147SKYLAKGTNIYVPSS
Site 22Y150LAKGTNIYVPSSYHL
Site 23S154TNIYVPSSYHLPKEM
Site 24Y155NIYVPSSYHLPKEMK
Site 25S163HLPKEMKSLKKKHRS
Site 26S170SLKKKHRSPERRKSL
Site 27S176RSPERRKSLFIHENN
Site 28T193NDRDRGKTNADSKKQ
Site 29S197RGKTNADSKKQTTVA
Site 30S212EADIFNNSSRSLSSR
Site 31S213ADIFNNSSRSLSSRS
Site 32S215IFNNSSRSLSSRSSL
Site 33S217NNSSRSLSSRSSLSR
Site 34S218NSSRSLSSRSSLSRH
Site 35S220SRSLSSRSSLSRHHP
Site 36S221RSLSSRSSLSRHHPE
Site 37S223LSSRSSLSRHHPEES
Site 38S230SRHHPEESPLGAKFQ
Site 39S239LGAKFQLSLASYCRE
Site 40S242KFQLSLASYCREREL
Site 41Y243FQLSLASYCRERELK
Site 42S263QMEQRINSENSFSEA
Site 43S266QRINSENSFSEASSL
Site 44S268INSENSFSEASSLSL
Site 45S272NSFSEASSLSLKSSI
Site 46S274FSEASSLSLKSSIER
Site 47S277ASSLSLKSSIERKYK
Site 48S278SSLSLKSSIERKYKP
Site 49Y283KSSIERKYKPRQEQR
Site 50S303IPGKNNLSNVENGHL
Site 51S311NVENGHLSRKRSSSD
Site 52S315GHLSRKRSSSDSWEP
Site 53S316HLSRKRSSSDSWEPT
Site 54S317LSRKRSSSDSWEPTS
Site 55S319RKRSSSDSWEPTSAG
Site 56T323SSDSWEPTSAGSKQN
Site 57S324SDSWEPTSAGSKQNK
Site 58S340PEKRKRNSVDSDLKS
Site 59S343RKRNSVDSDLKSTRE
Site 60S347SVDSDLKSTRESMIP
Site 61S351DLKSTRESMIPKARE
Site 62S359MIPKARESFLEKRPD
Site 63S393VLRLEDISKEPSDET
Site 64S397EDISKEPSDETDGSS
Site 65T400SKEPSDETDGSSAGL
Site 66S403PSDETDGSSAGLAPS
Site 67S404SDETDGSSAGLAPSN
Site 68S410SSAGLAPSNSGNSGH
Site 69S412AGLAPSNSGNSGHHS
Site 70S415APSNSGNSGHHSTRN
Site 71S419SGNSGHHSTRNSDQI
Site 72S423GHHSTRNSDQIQVAG
Site 73S444QKPHLPLSQEKSAIK
Site 74S448LPLSQEKSAIKKASN
Site 75S454KSAIKKASNLQKNKT
Site 76T461SNLQKNKTASSTTKE
Site 77S477ETKLPLLSRVPSAGS
Site 78S481PLLSRVPSAGSSLVP
Site 79S485RVPSAGSSLVPLNAK
Site 80S499KNCALPVSKKDKERS
Site 81S506SKKDKERSSSKECSG
Site 82S507KKDKERSSSKECSGH
Site 83S508KDKERSSSKECSGHS
Site 84S512RSSSKECSGHSTEST
Site 85S515SKECSGHSTESTKHK
Site 86T516KECSGHSTESTKHKE
Site 87S518CSGHSTESTKHKEHK
Site 88T519SGHSTESTKHKEHKA
Site 89S533AKTNKADSNVSSGKI
Site 90S537KADSNVSSGKISGGP
Site 91S541NVSSGKISGGPLRSE
Site 92S547ISGGPLRSEYGTPTK
Site 93Y549GGPLRSEYGTPTKSP
Site 94T551PLRSEYGTPTKSPPA
Site 95T553RSEYGTPTKSPPAAL
Site 96S555EYGTPTKSPPAALEV
Site 97S568EVVPCIPSPAAPSDK
Site 98S578APSDKAPSEGESSGN
Site 99S582KAPSEGESSGNSNAG
Site 100S583APSEGESSGNSNAGS
Site 101S586EGESSGNSNAGSSAL
Site 102S590SGNSNAGSSALKRKL
Site 103S603KLRGDFDSDEESLGY
Site 104S607DFDSDEESLGYNLDS
Site 105Y610SDEESLGYNLDSDEE
Site 106S614SLGYNLDSDEEEETL
Site 107T620DSDEEEETLKSLEEI
Site 108S623EEEETLKSLEEIMAL
Site 109T635MALNFNQTPAATGKP
Site 110S646TGKPPALSKGLRSQS
Site 111S651ALSKGLRSQSSDYTG
Site 112S653SKGLRSQSSDYTGHV
Site 113S654KGLRSQSSDYTGHVH
Site 114Y656LRSQSSDYTGHVHPG
Site 115T657RSQSSDYTGHVHPGT
Site 116T664TGHVHPGTYTNTLER
Site 117T679LVKEMEDTQRLDELQ
Site 118S701RQGRGIKSPIRIGEE
Site 119S710IRIGEEDSTDDEDGL
Site 120T711RIGEEDSTDDEDGLL
Site 121Y757SGKIFNQYTLDLRDS
Site 122T758GKIFNQYTLDLRDSG
Site 123S764YTLDLRDSGFIGQSA
Site 124S779VEKLILKSGKTDQIF
Site 125T788KTDQIFLTTQGFLTS
Site 126T839EITIRNDTFSDSPVW
Site 127S843RNDTFSDSPVWPWIP
Site 128Y883QPDFNEDYLVSETQT
Site 129T890YLVSETQTTSRGKES
Site 130T891LVSETQTTSRGKESE
Site 131S892VSETQTTSRGKESED
Site 132S897TTSRGKESEDSSYKP
Site 133S900RGKESEDSSYKPIFS
Site 134S901GKESEDSSYKPIFST
Site 135Y902KESEDSSYKPIFSTL
Site 136S907SSYKPIFSTLPETNI
Site 137T908SYKPIFSTLPETNIL
Site 138S926KFLGLCTSIHPEGYQ
Site 139Y932TSIHPEGYQDREIML
Site 140T977KNIRDWNTKVPELCL
Site 141S990CLGINELSSHPHNLL
Site 142S991LGINELSSHPHNLLW
Site 143T1007VQLVPNWTSRGRQLR
Site 144S1018RQLRQCLSLVIISKL
Site 145Y1047QVSVLHRYLVQMKPS
Site 146S1076PDGIIDDSLHLELEK
Site 147Y1087ELEKQAYYLTYILLH
Site 148S1102LVGEVSCSHSFSSGQ
Site 149S1104GEVSCSHSFSSGQRK
Site 150S1106VSCSHSFSSGQRKHF
Site 151S1107SCSHSFSSGQRKHFV
Site 152Y1136REDARLFYRTKVKDL
Site 153T1138DARLFYRTKVKDLVA
 
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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