PhosphoNET

           
Protein Info 
   
Short Name:  FRYL
Full Name:  Protein furry homolog-like
Alias:  ALL1-fused gene from chromosome 4p12; DKFZp686E205; FRY-like; Furry-like; KIAA0826
Type:  Transcription regulation
Mass (Da):  339598
Number AA:  3013
UniProt ID:  O94915
International Prot ID:  IPI00159652
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005515     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 1Y15PDVKPGEYVIKSLFA
Site 2S45EPLEKLLSRSLQRGE
Site 3S47LEKLLSRSLQRGEDL
Site 4S62QFDQLISSMSSVAEH
Site 5T77CLPSLLRTLFDWYRR
Site 6Y82LRTLFDWYRRQNGTE
Site 7T88WYRRQNGTEDESYEY
Site 8S92QNGTEDESYEYRPRS
Site 9Y93NGTEDESYEYRPRSS
Site 10Y95TEDESYEYRPRSSTK
Site 11S99SYEYRPRSSTKSKGD
Site 12S100YEYRPRSSTKSKGDE
Site 13T101EYRPRSSTKSKGDEQ
Site 14S103RPRSSTKSKGDEQQR
Site 15Y114EQQRERDYLLERRDL
Site 16S166FKHKEGYSGTNTGNV
Site 17T170EGYSGTNTGNVHIIA
Site 18T201AVRKKFVTELKELRQ
Site 19S212ELRQKEQSPHVVQSV
Site 20Y234KFFRVKMYPVEDFEA
Site 21Y252FMQECAQYFLEVKDK
Site 22Y297KNFVEMLYQTTFELS
Site 23T300VEMLYQTTFELSSRK
Site 24S304YQTTFELSSRKKHSL
Site 25S310LSSRKKHSLALYPLI
Site 26Y360RVALESLYRLLWVYV
Site 27S374VIRIKCESNTVTQSR
Site 28T376RIKCESNTVTQSRLM
Site 29T378KCESNTVTQSRLMSI
Site 30S380ESNTVTQSRLMSIVS
Site 31S384VTQSRLMSIVSALFP
Site 32S394SALFPKGSRSVVPRD
Site 33S396LFPKGSRSVVPRDTP
Site 34T402RSVVPRDTPLNIFVK
Site 35S436DLLSVGKSTKTFTIN
Site 36T439SVGKSTKTFTINPER
Site 37T441GKSTKTFTINPERMN
Site 38T472DGEPPMPTTGVILPS
Site 39T473GEPPMPTTGVILPSG
Site 40S479TTGVILPSGNTLRVK
Site 41T482VILPSGNTLRVKKIF
Site 42T493KKIFLNKTLTDEEAK
Site 43S517QVRKALDSILRHLDK
Site 44T533VGRPMCMTSVQMSNK
Site 45S538CMTSVQMSNKEPEDM
Site 46T547KEPEDMITGERKPKI
Site 47S573RLIPDGMSRTDLIEL
Site 48S670HGVANGASHPPPLER
Site 49S678HPPPLERSPYSNVFH
Site 50Y680PPLERSPYSNVFHVV
Site 51S681PLERSPYSNVFHVVE
Site 52T755LTGADQTTLLYCPSS
Site 53T767PSSIDLQTLAEWNSS
Site 54S773QTLAEWNSSPISHQF
Site 55S774TLAEWNSSPISHQFD
Site 56S777EWNSSPISHQFDVIS
Site 57S804GQDPWIISLSSFLKQ
Site 58S806DPWIISLSSFLKQEN
Site 59S807PWIISLSSFLKQENL
Site 60S837YTRLQLLSPQVDINS
Site 61S844SPQVDINSPINAKKV
Site 62T853INAKKVNTTTSSDSY
Site 63T855AKKVNTTTSSDSYIG
Site 64S857KVNTTTSSDSYIGLW
Site 65S859NTTTSSDSYIGLWRN
Site 66Y860TTTSSDSYIGLWRNY
Site 67S878CCSAATSSSSTSAGS
Site 68S879CSAATSSSSTSAGSV
Site 69S880SAATSSSSTSAGSVR
Site 70T881AATSSSSTSAGSVRC
Site 71S882ATSSSSTSAGSVRCS
Site 72S885SSSTSAGSVRCSPPE
Site 73S889SAGSVRCSPPETLAS
Site 74T893VRCSPPETLASTPDS
Site 75S896SPPETLASTPDSGYS
Site 76T897PPETLASTPDSGYSI
Site 77S900TLASTPDSGYSIDSK
Site 78Y902ASTPDSGYSIDSKII
Site 79S903STPDSGYSIDSKIIG
Site 80S906DSGYSIDSKIIGIPS
Site 81S913SKIIGIPSPSSLFKH
Site 82S916IGIPSPSSLFKHIVP
Site 83S929VPMMRSESMEITESL
Site 84S999DAGVISHSASGGLDN
Site 85S1001GVISHSASGGLDNET
Site 86T1008SGGLDNETHFLNNTL
Site 87Y1018LNNTLLEYVDLTRQL
Site 88S1034EAENEKDSDTLKDIR
Site 89T1036ENEKDSDTLKDIRCH
Site 90S1062VPVHQRRSIFPQQSL
Site 91S1068RSIFPQQSLRHSLFM
Site 92S1072PQQSLRHSLFMLFSH
Site 93S1085SHWAGPFSIMFTPLD
Site 94T1089GPFSIMFTPLDRYSD
Site 95Y1094MFTPLDRYSDRNMQI
Site 96Y1106MQINRHQYCALKAMS
Site 97S1128VADNVGLSSDGYLYK
Site 98Y1132VGLSSDGYLYKWLDN
Site 99Y1134LSSDGYLYKWLDNIL
Site 100S1143WLDNILDSLDKKVHQ
Site 101Y1171PDQSNLMYWAVDRCY
Site 102Y1178YWAVDRCYTGSGRVA
Site 103T1179WAVDRCYTGSGRVAA
Site 104S1181VDRCYTGSGRVAAGC
Site 105Y1201NVFQNRDYQCDTVML
Site 106S1220LFKAADSSRSIYEVA
Site 107Y1224ADSSRSIYEVAMQLL
Site 108T1250HKLEVQRTDGVLSQL
Site 109S1255QRTDGVLSQLSPLPH
Site 110S1258DGVLSQLSPLPHLYS
Site 111S1265SPLPHLYSVSYYQLS
Site 112S1267LPHLYSVSYYQLSEE
Site 113Y1268PHLYSVSYYQLSEEL
Site 114Y1269HLYSVSYYQLSEELA
Site 115S1272SVSYYQLSEELARAY
Site 116T1296EISQRIQTAHPAGRQ
Site 117Y1308GRQVMLHYLLPWMNN
Site 118T1326VDLKPLPTARRHDED
Site 119S1337HDEDEDDSLKDRELM
Site 120T1346KDRELMVTSRRWLRG
Site 121S1347DRELMVTSRRWLRGE
Site 122S1358LRGEGWGSPQATAMV
Site 123T1390SEVENVWTTLADGWP
Site 124S1418CGVNSEPSLLPYVKK
Site 125T1435VYLGRDKTMQLLEEL
Site 126S1444QLLEELVSELQLTDP
Site 127S1453LQLTDPVSSGVTHMD
Site 128T1457DPVSSGVTHMDNPPY
Site 129Y1464THMDNPPYYRITSSY
Site 130Y1465HMDNPPYYRITSSYK
Site 131T1468NPPYYRITSSYKIPS
Site 132S1469PPYYRITSSYKIPSV
Site 133Y1471YYRITSSYKIPSVTS
Site 134S1475TSSYKIPSVTSGTTS
Site 135T1477SYKIPSVTSGTTSSS
Site 136S1478YKIPSVTSGTTSSSN
Site 137T1480IPSVTSGTTSSSNTM
Site 138S1482SVTSGTTSSSNTMVA
Site 139T1486GTTSSSNTMVAPTDG
Site 140Y1508KENIEESYVHLDIYS
Site 141Y1514SYVHLDIYSGLNSHL
Site 142S1530RQHHRLESRYSSSSG
Site 143Y1532HHRLESRYSSSSGGS
Site 144S1533HRLESRYSSSSGGSY
Site 145S1534RLESRYSSSSGGSYE
Site 146S1535LESRYSSSSGGSYEE
Site 147S1536ESRYSSSSGGSYEEE
Site 148S1539YSSSSGGSYEEEKSD
Site 149Y1540SSSSGGSYEEEKSDS
Site 150S1545GSYEEEKSDSMPLYS
Site 151S1547YEEEKSDSMPLYSNW
Site 152Y1551KSDSMPLYSNWRLKV
Site 153Y1582CWSPLVDYVPETSSP
Site 154S1587VDYVPETSSPGLPLH
Site 155S1588DYVPETSSPGLPLHR
Site 156S1611TDLIIDHSVKVEWGS
Site 157T1661GPNSNIRTVASVLLR
Site 158T1679FNEPRVLTVKQVAHL
Site 159Y1688KQVAHLDYNFTAGIN
Site 160Y1701INDFIPDYQPSPMTD
Site 161S1704FIPDYQPSPMTDSGL
Site 162T1707DYQPSPMTDSGLSSS
Site 163S1709QPSPMTDSGLSSSST
Site 164S1712PMTDSGLSSSSTSSS
Site 165S1713MTDSGLSSSSTSSSI
Site 166S1714TDSGLSSSSTSSSIS
Site 167S1715DSGLSSSSTSSSISL
Site 168T1716SGLSSSSTSSSISLG
Site 169S1717GLSSSSTSSSISLGN
Site 170S1718LSSSSTSSSISLGNN
Site 171S1719SSSSTSSSISLGNNS
Site 172S1721SSTSSSISLGNNSAA
Site 173S1726SISLGNNSAAISHLH
Site 174S1743ILNEVDISVEQDGKV
Site 175T1752EQDGKVKTLMEFITS
Site 176T1758KTLMEFITSRKRGPL
Site 177S1759TLMEFITSRKRGPLW
Site 178S1772LWNHEDVSAKNPSIK
Site 179S1780AKNPSIKSAEQLTTF
Site 180T1786KSAEQLTTFLKHVVS
Site 181S1793TFLKHVVSVFKQSSS
Site 182S1800SVFKQSSSEGIHLEH
Site 183S1821LQTALSCSSRHYAGR
Site 184Y1825LSCSSRHYAGRSFQI
Site 185S1829SRHYAGRSFQIFRAL
Site 186T1841RALKQPLTATTLSDV
Site 187T1844KQPLTATTLSDVLSR
Site 188T1855VLSRLVETVGDPGED
Site 189T1880TLESAIDTLAETMKH
Site 190S1892MKHYDLLSALSQTSY
Site 191S1895YDLLSALSQTSYHDP
Site 192S1898LSALSQTSYHDPIMG
Site 193Y1899SALSQTSYHDPIMGN
Site 194Y1908DPIMGNKYAANRKST
Site 195S1914KYAANRKSTGQLNLS
Site 196T1915YAANRKSTGQLNLST
Site 197S1921STGQLNLSTSPINSS
Site 198T1922TGQLNLSTSPINSSS
Site 199S1923GQLNLSTSPINSSSY
Site 200S1927LSTSPINSSSYLGYN
Site 201S1928STSPINSSSYLGYNS
Site 202S1929TSPINSSSYLGYNSN
Site 203Y1930SPINSSSYLGYNSNA
Site 204Y1933NSSSYLGYNSNARSN
Site 205S1935SSYLGYNSNARSNSL
Site 206S1939GYNSNARSNSLRLSL
Site 207S1941NSNARSNSLRLSLIG
Site 208S1945RSNSLRLSLIGDRRG
Site 209S1957RRGDRRRSNTLDIMD
Site 210T1959GDRRRSNTLDIMDGR
Site 211S1971DGRINHSSSLARTRS
Site 212S1972GRINHSSSLARTRSL
Site 213T1976HSSSLARTRSLSSLR
Site 214S1978SSLARTRSLSSLREK
Site 215S1980LARTRSLSSLREKGM
Site 216S1981ARTRSLSSLREKGMY
Site 217Y1988SLREKGMYDVQSTTE
Site 218S1992KGMYDVQSTTEPTNL
Site 219S2013IAASLLESDYEYEYL
Site 220Y2015ASLLESDYEYEYLLA
Site 221Y2017LLESDYEYEYLLALR
Site 222Y2019ESDYEYEYLLALRLL
Site 223S2038IHLPLDKSESREKIE
Site 224S2040LPLDKSESREKIENV
Site 225S2069LFLKGFTSASTQEMT
Site 226S2071LKGFTSASTQEMTVH
Site 227T2072KGFTSASTQEMTVHL
Site 228T2076SASTQEMTVHLLSKL
Site 229S2095KHTLVDPSQLSGFPL
Site 230T2119IQHFDSPTQFCKETA
Site 231Y2151LAHMMSLYSTHTYSR
Site 232T2153HMMSLYSTHTYSRDC
Site 233T2155MSLYSTHTYSRDCSN
Site 234Y2156SLYSTHTYSRDCSNW
Site 235S2176RYLHDSFSDTTFNLV
Site 236T2178LHDSFSDTTFNLVTY
Site 237T2179HDSFSDTTFNLVTYL
Site 238S2195ELLEKGLSSMQQSLL
Site 239S2196LLEKGLSSMQQSLLQ
Site 240Y2233IIKIIGKYVQSPYWK
Site 241S2236IIGKYVQSPYWKEAL
Site 242T2265VPSDIPKTYGGDTGS
Site 243Y2266PSDIPKTYGGDTGSP
Site 244T2270PKTYGGDTGSPEISF
Site 245S2272TYGGDTGSPEISFTK
Site 246S2276DTGSPEISFTKIFNN
Site 247T2278GSPEISFTKIFNNVS
Site 248T2292SKELPGKTLDFHFDI
Site 249T2302FHFDISETPIIGNKY
Site 250Y2309TPIIGNKYGDQHSAA
Site 251S2314NKYGDQHSAAGRNGK
Site 252T2328KPKVIAVTRSTSSTS
Site 253S2330KVIAVTRSTSSTSSG
Site 254T2331VIAVTRSTSSTSSGS
Site 255S2332IAVTRSTSSTSSGSN
Site 256S2333AVTRSTSSTSSGSNS
Site 257T2334VTRSTSSTSSGSNSN
Site 258S2335TRSTSSTSSGSNSNA
Site 259S2336RSTSSTSSGSNSNAL
Site 260S2338TSSTSSGSNSNALVP
Site 261S2340STSSGSNSNALVPVS
Site 262S2347SNALVPVSWKRPQLS
Site 263S2354SWKRPQLSQRRTREK
Site 264T2358PQLSQRRTREKLMNV
Site 265S2367EKLMNVLSLCGPESG
Site 266S2373LSLCGPESGLPKNPS
Site 267S2380SGLPKNPSVVFSSNE
Site 268S2384KNPSVVFSSNEDLEV
Site 269S2397EVGDQQTSLISTTED
Site 270T2401QQTSLISTTEDINQE
Site 271S2417EVAVEDNSSEQQFGV
Site 272S2418VAVEDNSSEQQFGVF
Site 273S2454NWGVRRRSLDSIDKG
Site 274S2457VRRRSLDSIDKGDTP
Site 275T2463DSIDKGDTPSLQEYQ
Site 276S2465IDKGDTPSLQEYQCS
Site 277Y2469DTPSLQEYQCSSSTP
Site 278S2472SLQEYQCSSSTPSLN
Site 279S2473LQEYQCSSSTPSLNL
Site 280S2474QEYQCSSSTPSLNLT
Site 281T2475EYQCSSSTPSLNLTN
Site 282S2477QCSSSTPSLNLTNQE
Site 283T2481STPSLNLTNQEDTDE
Site 284T2486NLTNQEDTDESSEEE
Site 285S2490QEDTDESSEEEAALT
Site 286T2497SEEEAALTASQILSR
Site 287S2499EEAALTASQILSRTQ
Site 288S2503LTASQILSRTQMLNS
Site 289S2510SRTQMLNSDSATDET
Site 290T2514MLNSDSATDETIPDH
Site 291T2517SDSATDETIPDHPDL
Site 292S2528HPDLLLQSEDSTGSI
Site 293S2531LLLQSEDSTGSITTE
Site 294T2532LLQSEDSTGSITTEE
Site 295T2547VLQIRDETPTLEASL
Site 296T2549QIRDETPTLEASLDN
Site 297S2553ETPTLEASLDNANSR
Site 298S2559ASLDNANSRLPEDTT
Site 299T2565NSRLPEDTTSVLKEE
Site 300T2566SRLPEDTTSVLKEEH
Site 301S2567RLPEDTTSVLKEEHV
Site 302T2575VLKEEHVTTFEDEGS
Site 303T2576LKEEHVTTFEDEGSY
Site 304S2582TTFEDEGSYIIQEQQ
Site 305T2603GILDLEETEMPEPLA
Site 306S2613PEPLAPESYPESVCE
Site 307Y2614EPLAPESYPESVCEE
Site 308S2617APESYPESVCEEDVT
Site 309T2624SVCEEDVTLALKELD
Site 310S2642EEEEADFSGLSSQDE
Site 311S2646ADFSGLSSQDEEEQD
Site 312S2661GFPEVQTSPLPSPFL
Site 313S2696CHVNQMLSDTDGSSA
Site 314T2698VNQMLSDTDGSSAVF
Site 315S2730EITNEAVSFLGDSLQ
Site 316T2741DSLQRIGTKFKSSLE
Site 317T2788ELQEHLDTYNVKREA
Site 318Y2789LQEHLDTYNVKREAA
Site 319T2806WLDDCKRTFGAKEDM
Site 320Y2814FGAKEDMYRINTDAQ
Site 321T2818EDMYRINTDAQQMEI
Site 322S2877EELAQLESILKEAES
Site 323S2884SILKEAESASENEEI
Site 324S2894ENEEIDISKAAQTTI
Site 325S2933AFRSLWPSDIFGSCE
Site 326S2973IGSNLDMSEANYKLM
Site 327Y2977LDMSEANYKLMELNL
Site 328S2989LNLEIRESLRMVQSY
Site 329S2995ESLRMVQSYQLLAQA
Site 330Y2996SLRMVQSYQLLAQAK
 
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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