PhosphoNET

           
Protein Info 
   
Short Name:  FER1L6
Full Name:  Fer-1-like protein 6
Alias:  C8orfk23; C8orfk23 protein; Fer1l6; Fer-1-like 6 (c. elegans); Fr1l6
Type: 
Mass (Da):  209297
Number AA:  1857
UniProt ID:  Q2WGJ9
International Prot ID:  IPI00333405
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021     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 1S27ANKAAKDSQGDTEAL
Site 2T31AKDSQGDTEALQEEP
Site 3S39EALQEEPSHQEGPRG
Site 4S60ASIFPVPSASPKRRS
Site 5S62IFPVPSASPKRRSKL
Site 6S67SASPKRRSKLLTKIH
Site 7T71KRRSKLLTKIHDGEV
Site 8S115IGDEKKQSTVKEGTN
Site 9T121QSTVKEGTNSPFYNE
Site 10S123TVKEGTNSPFYNEYF
Site 11Y126EGTNSPFYNEYFVFD
Site 12Y129NSPFYNEYFVFDFIG
Site 13T170SFKVDLGTVYNQPGH
Site 14Y172KVDLGTVYNQPGHQF
Site 15T194TDPGDIRTGTKGYLK
Site 16T196PGDIRTGTKGYLKCD
Site 17T215GKGDVLKTSPKTSDT
Site 18S216KGDVLKTSPKTSDTE
Site 19S220LKTSPKTSDTEEPIE
Site 20T222TSPKTSDTEEPIEKN
Site 21Y246ERPWARFYVRLYKAE
Site 22Y250ARFYVRLYKAEGLPK
Site 23S260EGLPKMNSSIMANVT
Site 24S274TKAFVGDSKDLVDPF
Site 25T294AGQMGRTTVQKNCAD
Site 26T359GDKGFLPTFGPAWIN
Site 27Y368GPAWINLYGSPRNHS
Site 28S375YGSPRNHSLMDDYQE
Site 29Y380NHSLMDDYQEMNEGF
Site 30S407EIAVEILSGRAQESK
Site 31S413LSGRAQESKFSKALK
Site 32S426LKELKLPSKDKDSKS
Site 33S431LPSKDKDSKSSKGKD
Site 34S433SKDKDSKSSKGKDKA
Site 35T443GKDKADKTEDGKSQQ
Site 36S448DKTEDGKSQQASNKT
Site 37S452DGKSQQASNKTNSTE
Site 38S457QASNKTNSTEVEVES
Site 39S464STEVEVESFDVPPEI
Site 40S501KIGDKPISFEVSIGN
Site 41S517GNLIDGGSHYGSKKS
Site 42Y519LIDGGSHYGSKKSAE
Site 43S521DGGSHYGSKKSAESA
Site 44S524SHYGSKKSAESAEED
Site 45T555PIPMASTTHPEKPLV
Site 46Y569VTEGNRNYNYLPFEA
Site 47Y571EGNRNYNYLPFEAKK
Site 48Y582EAKKPCVYFISSWGD
Site 49T631APEEKMKTVLSDFIS
Site 50S634EKMKTVLSDFISRSS
Site 51S641SDFISRSSAFISEAE
Site 52S645SRSSAFISEAEKKPK
Site 53T665TLDKKRLTLCWQELE
Site 54S690QQQKKKLSVDEMIHE
Site 55Y732SNNRRVAYARIASKD
Site 56Y742IASKDLLYSPVAGQM
Site 57S743ASKDLLYSPVAGQMG
Site 58T758KHCGKIKTHFLKPPG
Site 59S772GKRPAGWSVQAKVDV
Site 60S805VGYEAEMSSKGAGTN
Site 61T811MSSKGAGTNHPPSNL
Site 62S816AGTNHPPSNLLYQEQ
Site 63Y820HPPSNLLYQEQHVFQ
Site 64S843RGLIAADSNGLSDPF
Site 65S847AADSNGLSDPFAKVT
Site 66T854SDPFAKVTFLSHCQT
Site 67T861TFLSHCQTTKIISQT
Site 68S866CQTTKIISQTLSPTW
Site 69T868TTKIISQTLSPTWNQ
Site 70S870KIISQTLSPTWNQML
Site 71S905VVVELYDSDAVGKPE
Site 72Y930VKLADQDYEPPRLCY
Site 73Y937YEPPRLCYHPIFCGN
Site 74S962ELLQVPPSGLQGLPP
Site 75T976PVEPPDITQIYPVPA
Site 76Y979PPDITQIYPVPANIR
Site 77S1011MKKVQLLSVDRPQAL
Site 78S1074DWRAFGRSTLVGTYT
Site 79T1100REPLAPITQVDGTQP
Site 80T1105PITQVDGTQPGHDIS
Site 81S1112TQPGHDISDSLTATE
Site 82S1114PGHDISDSLTATESS
Site 83T1116HDISDSLTATESSGA
Site 84T1118ISDSLTATESSGAHS
Site 85S1120DSLTATESSGAHSSS
Site 86S1121SLTATESSGAHSSSQ
Site 87S1125TESSGAHSSSQDPPA
Site 88S1126ESSGAHSSSQDPPAD
Site 89S1127SSGAHSSSQDPPADH
Site 90Y1136DPPADHIYVDVEPPP
Site 91T1144VDVEPPPTVVPDSAQ
Site 92S1149PPTVVPDSAQAQPAI
Site 93S1163ILVDVPDSSPMLEPE
Site 94S1164LVDVPDSSPMLEPEH
Site 95T1172PMLEPEHTPVAQEPP
Site 96S1191PKDPRKPSRRSTKRR
Site 97S1194PRKPSRRSTKRRKRT
Site 98T1195RKPSRRSTKRRKRTI
Site 99T1201STKRRKRTIADESAE
Site 100Y1217VIDWWSKYYASLKKA
Site 101S1286IYDGDLESEFNNFED
Site 102T1297NFEDWVKTFELFRGK
Site 103S1305FELFRGKSTEDDHGL
Site 104Y1328FKGSFCIYKSPQDSS
Site 105S1330GSFCIYKSPQDSSSE
Site 106S1334IYKSPQDSSSEDSGQ
Site 107S1335YKSPQDSSSEDSGQL
Site 108S1336KSPQDSSSEDSGQLR
Site 109S1339QDSSSEDSGQLRIQQ
Site 110S1377PADPDGKSDPYIVIK
Site 111Y1380PDGKSDPYIVIKLGK
Site 112Y1396EIKDRDKYIPKQLNP
Site 113T1414RSFEIQATFPKESLL
Site 114S1422FPKESLLSILIYDHD
Site 115Y1449IDLENRFYSKHRAIC
Site 116S1460RAICGLQSQYEIEGY
Site 117Y1462ICGLQSQYEIEGYNA
Site 118Y1467SQYEIEGYNAWRDTS
Site 119T1473GYNAWRDTSKPTEIL
Site 120S1474YNAWRDTSKPTEILT
Site 121Y1493DNKLDGPYFHPGKIQ
Site 122T1517TIFTEEDTDETVESY
Site 123T1520TEEDTDETVESYEHL
Site 124S1523DTDETVESYEHLALK
Site 125T1552LVPEHIETRPLYHKD
Site 126Y1556HIETRPLYHKDKPGM
Site 127S1589PGPPVDISPRRPKGY
Site 128Y1596SPRRPKGYELRVTIW
Site 129T1601KGYELRVTIWNTEDV
Site 130T1617LEDENIFTGQKSSDI
Site 131S1621NIFTGQKSSDIYVKG
Site 132Y1625GQKSSDIYVKGWLKG
Site 133Y1644KQETDVHYNSLTGEG
Site 134S1646ETDVHYNSLTGEGNF
Site 135T1648DVHYNSLTGEGNFNW
Site 136Y1663RFLFPFQYLPAEKQM
Site 137S1680TKRENIFSLEKMECK
Site 138S1703VWDFERLSSDDFLGT
Site 139S1704WDFERLSSDDFLGTL
Site 140T1710SSDDFLGTLEMNLNS
Site 141S1717TLEMNLNSFPRAAKS
Site 142S1743ASEETKISIFQQKRV
Site 143S1757VRGWWPFSKSKELTG
Site 144S1759GWWPFSKSKELTGKV
Site 145T1763FSKSKELTGKVEAEF
Site 146T1801AKPNRPDTSFSWFMS
Site 147S1802KPNRPDTSFSWFMSP
Site 148S1804NRPDTSFSWFMSPFK
Site 149Y1815SPFKCLYYLIWKNYK
 
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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