PhosphoNET

           
Protein Info 
   
Short Name:  FAM135A
Full Name:  Protein FAM135A
Alias:  f135a; fam135a; family with sequence similarity 135, member a; FLJ20176; kiaa1411
Type: 
Mass (Da):  169821
Number AA:  1515
UniProt ID:  Q9P2D6
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 1Y18SVELNKFYNVDLFQR
Site 2Y28DLFQRGFYQIRASMK
Site 3S33GFYQIRASMKIPSRI
Site 4T71DSLICSKTFQILYKN
Site 5Y76SKTFQILYKNEEVVL
Site 6T103DERKIEETLEEMNFL
Site 7S112EEMNFLLSLDLHFTD
Site 8T118LSLDLHFTDGDYSAD
Site 9Y122LHFTDGDYSADDLNA
Site 10S123HFTDGDYSADDLNAL
Site 11T137LQLISSRTLKLHFSP
Site 12S143RTLKLHFSPHRGLHH
Site 13S181ALHQPLISFPRPVKT
Site 14S202APAQNKDSVIPTLES
Site 15S209SVIPTLESVVFGINY
Site 16Y216SVVFGINYTKQLSPD
Site 17T217VVFGINYTKQLSPDG
Site 18S221INYTKQLSPDGCSFI
Site 19T263HSYFITVTEEIPSCQ
Site 20S268TVTEEIPSCQKLELE
Site 21T284MDVEARLTELCEEVK
Site 22T341LLAQEHHTLRVRRFS
Site 23S387KNTSFCSSLPPLPIE
Site 24S396PPLPIECSELDGDLN
Site 25S404ELDGDLNSLPIIFED
Site 26Y413PIIFEDRYLDSVTED
Site 27S416FEDRYLDSVTEDLDA
Site 28S434GIQNLQRSESSKMDK
Site 29S436QNLQRSESSKMDKYE
Site 30Y442ESSKMDKYETEESSV
Site 31T444SKMDKYETEESSVAG
Site 32S447DKYETEESSVAGLSS
Site 33S448KYETEESSVAGLSSP
Site 34S453ESSVAGLSSPELKVR
Site 35S454SSVAGLSSPELKVRP
Site 36S465KVRPAGASSIWYTEG
Site 37Y469AGASSIWYTEGEKQL
Site 38T470GASSIWYTEGEKQLT
Site 39T477TEGEKQLTKSLKGKN
Site 40S479GEKQLTKSLKGKNEE
Site 41S490KNEESNKSKVKVTKL
Site 42T500KVTKLMKTMKSENTK
Site 43S503KLMKTMKSENTKKLI
Site 44S514KKLIKQNSKDSVVLV
Site 45S517IKQNSKDSVVLVGYK
Site 46S528VGYKCLKSTASNDLI
Site 47S531KCLKSTASNDLIKCF
Site 48S543KCFEGNPSHSQKEGL
Site 49S545FEGNPSHSQKEGLDP
Site 50T553QKEGLDPTICGYNFD
Site 51Y564YNFDPKTYMRQTSQK
Site 52T568PKTYMRQTSQKEASC
Site 53S569KTYMRQTSQKEASCL
Site 54T578KEASCLPTNTERTEQ
Site 55T583LPTNTERTEQKSPDI
Site 56S587TERTEQKSPDIENVQ
Site 57S621ISGKLDISQDDSEIT
Site 58S625LDISQDDSEITQMEH
Site 59S636QMEHNLASRRSSDDC
Site 60S639HNLASRRSSDDCHDH
Site 61S640NLASRRSSDDCHDHQ
Site 62T648DDCHDHQTTPSLGVR
Site 63T649DCHDHQTTPSLGVRT
Site 64S651HDHQTTPSLGVRTIE
Site 65S662RTIEIKPSNKDPFSG
Site 66S668PSNKDPFSGENITVK
Site 67T673PFSGENITVKLGPWT
Site 68S698NLLPNFESLESNGKS
Site 69S701PNFESLESNGKSKSI
Site 70S705SLESNGKSKSIEITF
Site 71S707ESNGKSKSIEITFEK
Site 72T711KSKSIEITFEKEALQ
Site 73S724LQEAKCLSIGESLTK
Site 74S728KCLSIGESLTKLRSN
Site 75T730LSIGESLTKLRSNLP
Site 76S734ESLTKLRSNLPAPST
Site 77S740RSNLPAPSTKEYHVV
Site 78T741SNLPAPSTKEYHVVV
Site 79Y744PAPSTKEYHVVVSGD
Site 80S759TIKLPDISATYASSR
Site 81T761KLPDISATYASSRFS
Site 82Y762LPDISATYASSRFSD
Site 83S764DISATYASSRFSDSG
Site 84S765ISATYASSRFSDSGV
Site 85S768TYASSRFSDSGVESE
Site 86S770ASSRFSDSGVESEPS
Site 87S774FSDSGVESEPSSFAT
Site 88S777SGVESEPSSFATHPN
Site 89S778GVESEPSSFATHPNT
Site 90T781SEPSSFATHPNTDLV
Site 91T791NTDLVFETVQGQGPC
Site 92S800QGQGPCNSERLFPQL
Site 93Y813QLLMKPDYNVKFSLG
Site 94T824FSLGNHCTESTSAIS
Site 95S826LGNHCTESTSAISEI
Site 96S831TESTSAISEIQSSLT
Site 97S835SAISEIQSSLTSINS
Site 98T838SEIQSSLTSINSLPS
Site 99S839EIQSSLTSINSLPSD
Site 100S842SSLTSINSLPSDDEL
Site 101S845TSINSLPSDDELSPD
Site 102S850LPSDDELSPDENSKK
Site 103S855ELSPDENSKKSVVPE
Site 104S858PDENSKKSVVPECHL
Site 105S868PECHLNDSKTVLNLG
Site 106T870CHLNDSKTVLNLGTT
Site 107T876KTVLNLGTTDLPKCD
Site 108T885DLPKCDDTKKSSITL
Site 109S888KCDDTKKSSITLQQQ
Site 110S900QQQSVVFSGNLDNET
Site 111T907SGNLDNETVAIHSLN
Site 112S912NETVAIHSLNSSIKD
Site 113S916AIHSLNSSIKDPLQF
Site 114S926DPLQFVFSDEETSSD
Site 115T930FVFSDEETSSDVKSS
Site 116S931VFSDEETSSDVKSSC
Site 117S932FSDEETSSDVKSSCS
Site 118S936ETSSDVKSSCSSKPN
Site 119S937TSSDVKSSCSSKPNL
Site 120S939SDVKSSCSSKPNLDT
Site 121S940DVKSSCSSKPNLDTM
Site 122T946SSKPNLDTMCKGFQS
Site 123S953TMCKGFQSPDKSNNS
Site 124S957GFQSPDKSNNSTGTA
Site 125T961PDKSNNSTGTAITLN
Site 126S985CVISGSISSNTDVSE
Site 127S986VISGSISSNTDVSED
Site 128T988SGSISSNTDVSEDRT
Site 129S991ISSNTDVSEDRTMKK
Site 130T995TDVSEDRTMKKNSDV
Site 131T1006NSDVLNLTQMYSEIP
Site 132S1010LNLTQMYSEIPTVES
Site 133T1014QMYSEIPTVESETHL
Site 134S1017SEIPTVESETHLGTS
Site 135T1023ESETHLGTSDPFSAS
Site 136S1024SETHLGTSDPFSAST
Site 137S1028LGTSDPFSASTDIVK
Site 138Y1042KQGLVENYFGSQSST
Site 139S1045LVENYFGSQSSTDIS
Site 140S1047ENYFGSQSSTDISDT
Site 141S1048NYFGSQSSTDISDTC
Site 142T1049YFGSQSSTDISDTCA
Site 143S1052SQSSTDISDTCAVSY
Site 144T1054SSTDISDTCAVSYSN
Site 145S1060DTCAVSYSNALSPQK
Site 146S1064VSYSNALSPQKETSE
Site 147S1070LSPQKETSEKEISNL
Site 148S1075ETSEKEISNLQQEQD
Site 149Y1105GYYEETDYSALDGTI
Site 150S1106YYEETDYSALDGTIN
Site 151Y1116DGTINAHYTSRDELM
Site 152T1117GTINAHYTSRDELME
Site 153T1128ELMEERLTKSEKINS
Site 154S1130MEERLTKSEKINSDY
Site 155S1135TKSEKINSDYLRDGI
Site 156Y1137SEKINSDYLRDGINM
Site 157S1154VCTSGCLSFPSAPRE
Site 158S1157SGCLSFPSAPRESPC
Site 159S1162FPSAPRESPCNVKYS
Site 160Y1168ESPCNVKYSSKSKFD
Site 161S1170PCNVKYSSKSKFDAI
Site 162S1172NVKYSSKSKFDAITK
Site 163T1178KSKFDAITKQPSSTS
Site 164S1183AITKQPSSTSYNFTS
Site 165S1185TKQPSSTSYNFTSSI
Site 166Y1186KQPSSTSYNFTSSIS
Site 167T1189SSTSYNFTSSISWYE
Site 168S1190STSYNFTSSISWYES
Site 169S1191TSYNFTSSISWYESS
Site 170S1193YNFTSSISWYESSPK
Site 171Y1195FTSSISWYESSPKPQ
Site 172S1197SSISWYESSPKPQIQ
Site 173S1198SISWYESSPKPQIQA
Site 174Y1235LLASSVPYFSVEEED
Site 175S1237ASSVPYFSVEEEDGS
Site 176S1244SVEEEDGSEDGVHLI
Site 177S1285GRIDFLMSERNQNDT
Site 178T1292SERNQNDTFADFDSM
Site 179S1298DTFADFDSMTDRLLD
Site 180T1300FADFDSMTDRLLDEI
Site 181T1338LIIRSVLTRPRFKYY
Site 182Y1344LTRPRFKYYLNKLHT
Site 183Y1345TRPRFKYYLNKLHTF
Site 184T1351YYLNKLHTFLSLSGP
Site 185S1354NKLHTFLSLSGPHLG
Site 186Y1364GPHLGTLYNSSALVN
Site 187S1383FMQKWKKSGSLLQLT
Site 188S1385QKWKKSGSLLQLTCR
Site 189T1390SGSLLQLTCRDHSDP
Site 190S1395QLTCRDHSDPRQTFL
Site 191T1400DHSDPRQTFLYKLSN
Site 192Y1403DPRQTFLYKLSNKAG
Site 193S1406QTFLYKLSNKAGLHY
Site 194Y1427VGSLQDRYVPYHSAR
Site 195Y1430LQDRYVPYHSARIEM
Site 196T1440ARIEMCKTALKDKQS
Site 197S1447TALKDKQSGQIYSEM
Site 198Y1451DKQSGQIYSEMIHNL
Site 199S1465LLRPVLQSKDCNLVR
Site 200S1485ALPNTADSLIGRAAH
 
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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