PhosphoNET

           
Protein Info 
   
Short Name:  FRY
Full Name:  Protein furry homolog
Alias:  13CDNA73; 214K23.2; BA37E23.1; C13orf14; CG003; Furry
Type:  Unknown function
Mass (Da):  338875
Number AA:  3013
UniProt ID:  Q5TBA9
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021     Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0045449  GO:0006350   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 1S7_MASQQDSGFFEISI
Site 2Y16FFEISIKYLLKSWSN
Site 3S20SIKYLLKSWSNTSPV
Site 4S22KYLLKSWSNTSPVGN
Site 5T24LLKSWSNTSPVGNGY
Site 6S25LKSWSNTSPVGNGYI
Site 7Y31TSPVGNGYIKPPVPP
Site 8S40KPPVPPASGTHREKG
Site 9T42PVPPASGTHREKGPP
Site 10T50HREKGPPTMLPINVD
Site 11S60PINVDPDSKPGEYVL
Site 12Y65PDSKPGEYVLKSLFV
Site 13T95EPLEKPLTKSLQRGE
Site 14S97LEKPLTKSLQRGEDP
Site 15S111PQFDQVISSMSSLSE
Site 16S112QFDQVISSMSSLSEY
Site 17T127CLPSILRTLFDWYKR
Site 18Y132LRTLFDWYKRQNGIE
Site 19S142QNGIEDESHEYRPRT
Site 20Y145IEDESHEYRPRTSNK
Site 21T149SHEYRPRTSNKSKSD
Site 22S150HEYRPRTSNKSKSDE
Site 23S153RPRTSNKSKSDEQQR
Site 24S155RTSNKSKSDEQQRDY
Site 25Y162SDEQQRDYLMERRDL
Site 26Y209LAFKHFKYKEGYLGP
Site 27Y213HFKYKEGYLGPNTGN
Site 28T218EGYLGPNTGNMHIVA
Site 29Y262RHKEQNPYVVQSIIS
Site 30Y282KFFRIKMYPVEDFEA
Site 31Y300FMQECAHYFLEVKDK
Site 32S343CLRNFVESLYDTTLE
Site 33Y345RNFVESLYDTTLELS
Site 34T347FVESLYDTTLELSSR
Site 35T348VESLYDTTLELSSRK
Site 36S352YDTTLELSSRKKHSL
Site 37S358LSSRKKHSLALYPLV
Site 38S422MIRIKCESNTATQSR
Site 39T426KCESNTATQSRLITI
Site 40S442TTLFPKGSRGVVPRD
Site 41S489GKPAKAFSLNPERMN
Site 42S508AFLVIADSLQQKDGE
Site 43T530AVLPSGNTLRVKKTY
Site 44T536NTLRVKKTYLSKTLT
Site 45Y537TLRVKKTYLSKTLTE
Site 46T541KKTYLSKTLTEEEAK
Site 47T543TYLSKTLTEEEAKMI
Site 48S553EAKMIGMSLYYSQVR
Site 49Y555KMIGMSLYYSQVRKA
Site 50S557IGMSLYYSQVRKAVD
Site 51T581VGRCMMLTNVQMLNK
Site 52T595KEPEDMITGERKPKI
Site 53S656QGLLVDFSDWREDVL
Site 54T680EVNDMHHTLLDSSLK
Site 55S716QANKIRNSELIANGS
Site 56S723SELIANGSSHRIQSE
Site 57S724ELIANGSSHRIQSER
Site 58S729GSSHRIQSERGPHCS
Site 59S736SERGPHCSVLHAVEG
Site 60T813DSATLPLTHNVDLQW
Site 61Y833AVLVNSHYDVKSPSH
Site 62S895MPLVDPNSPINAKKT
Site 63T902SPINAKKTSTAGSGD
Site 64S903PINAKKTSTAGSGDN
Site 65S907KKTSTAGSGDNYVTL
Site 66Y911TAGSGDNYVTLWRNY
Site 67T913GSGDNYVTLWRNYLI
Site 68S932VAKPSIMSPGHLRAS
Site 69S939SPGHLRASTPEIMAT
Site 70T940PGHLRASTPEIMATT
Site 71T946STPEIMATTPDGTVS
Site 72T947TPEIMATTPDGTVSY
Site 73T951MATTPDGTVSYDNKA
Site 74S995LGFGRTNSLVFRELV
Site 75S1049DAGVISDSTNGALER
Site 76T1050AGVISDSTNGALERD
Site 77T1139GPFSIMFTPLDRYSD
Site 78Y1144MFTPLDRYSDRNHQI
Site 79S1145FTPLDRYSDRNHQIT
Site 80Y1154RNHQITRYQYCALKA
Site 81Y1156HQITRYQYCALKAMS
Site 82S1178VFDNVGLSPDGYLYK
Site 83Y1182VGLSPDGYLYKWLDN
Site 84Y1184LSPDGYLYKWLDNIL
Site 85Y1228NWAIDRCYTGSYQLA
Site 86T1229WAIDRCYTGSYQLAS
Site 87Y1232DRCYTGSYQLASGCF
Site 88Y1251TVCGSRNYPFDIVTL
Site 89S1267NLVLFKASDTNREIY
Site 90T1269VLFKASDTNREIYEI
Site 91Y1274SDTNREIYEISMQLM
Site 92S1302VAEQRPGSILYGTHG
Site 93Y1305QRPGSILYGTHGPLP
Site 94T1307PGSILYGTHGPLPPL
Site 95S1339ELTLPLFSEVSQRFP
Site 96S1342LPLFSEVSQRFPTTH
Site 97T1347EVSQRFPTTHPNGRQ
Site 98T1348VSQRFPTTHPNGRQI
Site 99S1372HNIELVDSRLLLPGS
Site 100S1379SRLLLPGSSPSSPED
Site 101S1380RLLLPGSSPSSPEDE
Site 102S1383LPGSSPSSPEDEVKD
Site 103T1396KDREGDVTASHGLRG
Site 104S1398REGDVTASHGLRGNG
Site 105S1408LRGNGWGSPEATSLV
Site 106T1412GWGSPEATSLVLNNL
Site 107Y1426LMYMTAKYGDEVPGP
Site 108T1487IYLCRNNTIQTMEEL
Site 109Y1517HCDNPPFYRFTASSK
Site 110T1520NPPFYRFTASSKASA
Site 111S1522PFYRFTASSKASAAA
Site 112S1523FYRFTASSKASAAAS
Site 113S1526FTASSKASAAASGTT
Site 114S1530SKASAAASGTTSSSN
Site 115T1532ASAAASGTTSSSNTV
Site 116T1538GTTSSSNTVVAGQEN
Site 117S1558ENKILKESDERFSNV
Site 118S1563KESDERFSNVIRAHT
Site 119T1570SNVIRAHTRLESRYS
Site 120S1574RAHTRLESRYSNSSG
Site 121Y1576HTRLESRYSNSSGGS
Site 122S1577TRLESRYSNSSGGSY
Site 123S1579LESRYSNSSGGSYDE
Site 124S1580ESRYSNSSGGSYDED
Site 125S1583YSNSSGGSYDEDKND
Site 126Y1584SNSSGGSYDEDKNDP
Site 127S1593EDKNDPISPYTGWLL
Site 128Y1595KNDPISPYTGWLLTI
Site 129T1603TGWLLTITETKQPQP
Site 130T1632DYLPETITPRGPLHR
Site 131S1655TEMVVDHSVREDWAL
Site 132Y1678VFLGLDHYRPEVFEH
Site 133S1686RPEVFEHSKKLLLHL
Site 134T1721REMGEAKTLTVQPAY
Site 135T1723MGEAKTLTVQPAYQP
Site 136Y1728TLTVQPAYQPEYLYT
Site 137Y1732QPAYQPEYLYTGGFD
Site 138Y1734AYQPEYLYTGGFDFL
Site 139T1735YQPEYLYTGGFDFLR
Site 140S1746DFLREDQSSPVPDSG
Site 141S1747FLREDQSSPVPDSGL
Site 142S1752QSSPVPDSGLSSSST
Site 143S1755PVPDSGLSSSSTSSS
Site 144S1756VPDSGLSSSSTSSSI
Site 145S1757PDSGLSSSSTSSSIS
Site 146S1758DSGLSSSSTSSSISL
Site 147T1759SGLSSSSTSSSISLG
Site 148S1760GLSSSSTSSSISLGG
Site 149S1761LSSSSTSSSISLGGS
Site 150S1762SSSSTSSSISLGGSS
Site 151S1764SSTSSSISLGGSSGN
Site 152S1768SSISLGGSSGNLPQM
Site 153T1776SGNLPQMTQEVEDVD
Site 154T1784QEVEDVDTAAETDEK
Site 155S1822PKNQNSKSAEQLTNF
Site 156S1835NFLRHVVSVFKDSKS
Site 157S1840VVSVFKDSKSGFHLE
Site 158S1842SVFKDSKSGFHLEHQ
Site 159S1851FHLEHQLSEVALQTA
Site 160S1862LQTALASSSRHYAGR
Site 161S1863QTALASSSRHYAGRS
Site 162Y1866LASSSRHYAGRSFQI
Site 163S1870SRHYAGRSFQIFRAL
Site 164S1882RALKQPLSAHALSDL
Site 165Y1907HGDEIQGYVMEALLT
Site 166S1923EAAVDNLSDCLKNSD
Site 167T1933LKNSDLLTVLSRSSS
Site 168S1936SDLLTVLSRSSSPDL
Site 169S1938LLTVLSRSSSPDLSS
Site 170S1939LTVLSRSSSPDLSSS
Site 171S1940TVLSRSSSPDLSSSS
Site 172S1944RSSSPDLSSSSKLTA
Site 173S1945SSSPDLSSSSKLTAS
Site 174S1946SSPDLSSSSKLTASR
Site 175S1947SPDLSSSSKLTASRK
Site 176T1950LSSSSKLTASRKSTG
Site 177S1952SSSKLTASRKSTGQL
Site 178S1955KLTASRKSTGQLNMN
Site 179T1956LTASRKSTGQLNMNP
Site 180T1972TTSGNTATAERSRHQ
Site 181S1981ERSRHQRSFSVPKKF
Site 182S1983SRHQRSFSVPKKFGV
Site 183S1994KFGVIDRSSDPPRSA
Site 184S1995FGVIDRSSDPPRSAT
Site 185S2000RSSDPPRSATLDRIQ
Site 186T2002SDPPRSATLDRIQAC
Site 187T2010LDRIQACTQQGLSSK
Site 188S2015ACTQQGLSSKTRSSS
Site 189S2016CTQQGLSSKTRSSSS
Site 190T2018QQGLSSKTRSSSSLK
Site 191S2020GLSSKTRSSSSLKDS
Site 192S2021LSSKTRSSSSLKDSL
Site 193S2022SSKTRSSSSLKDSLT
Site 194S2023SKTRSSSSLKDSLTD
Site 195S2027SSSSLKDSLTDPSHI
Site 196T2029SSLKDSLTDPSHINH
Site 197S2032KDSLTDPSHINHPTN
Site 198T2190SNLAHVMTLYKTHSY
Site 199Y2192LAHVMTLYKTHSYTR
Site 200T2194HVMTLYKTHSYTRDC
Site 201Y2197TLYKTHSYTRDCATW
Site 202S2237LLEKGLPSVQQPLLQ
Site 203T2270FNVEVLKTIEKYVQS
Site 204Y2274VLKTIEKYVQSVHWR
Site 205S2301SASLVLPSYQHSDLS
Site 206Y2302ASLVLPSYQHSDLSK
Site 207S2305VLPSYQHSDLSKIEI
Site 208S2308SYQHSDLSKIEIHRV
Site 209T2317IEIHRVWTSASKELP
Site 210S2318EIHRVWTSASKELPG
Site 211T2327SKELPGKTLDFHFDI
Site 212S2335LDFHFDISETPIIGR
Site 213T2337FHFDISETPIIGRRY
Site 214Y2344TPIIGRRYDELQNSS
Site 215S2350RYDELQNSSGRDGKP
Site 216T2363KPRAMAVTRSTSSTS
Site 217S2365RAMAVTRSTSSTSSG
Site 218T2366AMAVTRSTSSTSSGS
Site 219S2367MAVTRSTSSTSSGSN
Site 220S2368AVTRSTSSTSSGSNS
Site 221T2369VTRSTSSTSSGSNSN
Site 222S2370TRSTSSTSSGSNSNV
Site 223S2371RSTSSTSSGSNSNVL
Site 224S2373TSSTSSGSNSNVLVP
Site 225S2375STSSGSNSNVLVPVS
Site 226S2382SNVLVPVSWKRPQYS
Site 227Y2388VSWKRPQYSQKRTKE
Site 228S2389SWKRPQYSQKRTKEK
Site 229T2393PQYSQKRTKEKLVHV
Site 230S2419KNPSVIFSSCGDLDL
Site 231T2431LDLLEHQTSLVSSED
Site 232S2432DLLEHQTSLVSSEDG
Site 233S2436HQTSLVSSEDGAREQ
Site 234T2449EQENMDDTNSEQQFR
Site 235S2487NWGVRRRSLDSLDKC
Site 236S2490VRRRSLDSLDKCDMQ
Site 237S2505ILEERQLSGSTPSLN
Site 238S2507EERQLSGSTPSLNKM
Site 239T2508ERQLSGSTPSLNKMH
Site 240S2510QLSGSTPSLNKMHHE
Site 241S2519NKMHHEDSDESSEEE
Site 242S2523HEDSDESSEEEDLTA
Site 243T2529SSEEEDLTASQILEH
Site 244S2531EEEDLTASQILEHSD
Site 245T2542EHSDLIMTLSPSEET
Site 246S2544SDLIMTLSPSEETNP
Site 247S2546LIMTLSPSEETNPME
Site 248T2557NPMELLTTACDSTPA
Site 249S2561LLTTACDSTPAEPHS
Site 250T2562LTTACDSTPAEPHSF
Site 251S2568STPAEPHSFNTRMSS
Site 252S2574HSFNTRMSSFDASLP
Site 253S2575SFNTRMSSFDASLPD
Site 254S2579RMSSFDASLPDMNNL
Site 255S2589DMNNLQISEGSKAEA
Site 256T2603AVREEEDTTVHEDDL
Site 257T2604VREEEDTTVHEDDLS
Site 258S2611TVHEDDLSSSINELP
Site 259S2613HEDDLSSSINELPAA
Site 260S2626AAFECSDSFSLDMTE
Site 261S2628FECSDSFSLDMTEGE
Site 262T2632DSFSLDMTEGEEKGN
Site 263T2646NRALDQFTLASFGEG
Site 264S2649LDQFTLASFGEGDRG
Site 265S2658GEGDRGVSPPPSPFF
Site 266Y2728LTCDAASYLGDNLRG
Site 267S2738DNLRGIGSKFVSSSQ
Site 268S2742GIGSKFVSSSQMLTS
Site 269S2744GSKFVSSSQMLTSCS
Site 270T2748VSSSQMLTSCSECPT
Site 271S2749SSSQMLTSCSECPTL
Site 272T2755TSCSECPTLFVDAET
Site 273Y2782SVLELQEYLDTYNNR
Site 274T2785ELQEYLDTYNNRKEA
Site 275Y2786LQEYLDTYNNRKEAT
Site 276S2795NRKEATLSWLANCKA
Site 277T2803WLANCKATFAGGSRD
Site 278T2814GSRDGVITCQPGDSE
Site 279S2820ITCQPGDSEEKQLEL
Site 280S2869LNMSRELSDLKKHLK
Site 281Y2888VIAADPLYSDGAWSE
Site 282S2889IAADPLYSDGAWSEP
Site 283S2894LYSDGAWSEPTFTST
Site 284T2897DGAWSEPTFTSTEAA
Site 285T2901SEPTFTSTEAAIQSM
Site 286S2940NDIFGSSSDDEVQTL
Site 287T2946SSDDEVQTLLNIYFR
Site 288T2956NIYFRHQTLGQTGTY
Site 289T2962QTLGQTGTYALVGSN
Site 290Y2963TLGQTGTYALVGSNQ
Site 291S2995DMIRRAQSYRVLTTF
Site 292T3000AQSYRVLTTFLPDSS
Site 293T3001QSYRVLTTFLPDSSV
Site 294S3012DSSVSGTSL______
 
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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