PhosphoNET

           
Protein Info 
   
Short Name:  EML5
Full Name:  Echinoderm microtubule-associated protein-like 5
Alias:  echinoderm microtubule associated like 5; echinoderm microtubule associated protein like 5; EMAL5; EMAP-2; HuEMAP-2
Type:  Unknown function
Mass (Da):  219370
Number AA: 
UniProt ID:  Q05BV3
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005874   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 1Y29HQCRNNLYYTAAKEI
Site 2Y30QCRNNLYYTAAKEIV
Site 3S48AGVGVVYSPREHRQK
Site 4S61QKFYRGHSDDIISLA
Site 5S66GHSDDIISLALHPER
Site 6T78PERVLVATGQVGKEP
Site 7Y86GQVGKEPYICIWDSY
Site 8S123LDGQRLVSVGLDSKN
Site 9S144WKRGKMLSMAPGHTD
Site 10T150LSMAPGHTDRIFDIS
Site 11Y161FDISWDLYQPNKLVS
Site 12T211ACARDELTYSGALNG
Site 13Y212CARDELTYSGALNGD
Site 14S213ARDELTYSGALNGDI
Site 15T252ACEEGFATGGRDGCI
Site 16T277TVIDLRETDQGYKGL
Site 17Y281LRETDQGYKGLSVRS
Site 18S285DQGYKGLSVRSVCWR
Site 19S344KPLAVTGSDDRSVRI
Site 20S348VTGSDDRSVRIWSLV
Site 21T399VLRVRDMTEVVHIKD
Site 22Y416EAIHELKYSPDGTYL
Site 23S417AIHELKYSPDGTYLA
Site 24T421LKYSPDGTYLAVGCN
Site 25Y422KYSPDGTYLAVGCND
Site 26Y435NDSSVDIYGVAQRYK
Site 27Y441IYGVAQRYKKVGECL
Site 28T455LGSLSFITHLDWSSD
Site 29S461ITHLDWSSDSRYLQT
Site 30S463HLDWSSDSRYLQTND
Site 31Y465DWSSDSRYLQTNDGN
Site 32Y478GNGKRLFYRMPGGKE
Site 33S488PGGKEVTSTEEIKGV
Site 34T489GGKEVTSTEEIKGVH
Site 35Y515VNGIWPKYSDINDIN
Site 36S523SDINDINSVDGNYIG
Site 37Y559KGAKFRKYIGHSAHV
Site 38T567IGHSAHVTNVRWSHD
Site 39S610VHIAPQESLADSHSD
Site 40S614PQESLADSHSDESDS
Site 41S616ESLADSHSDESDSDL
Site 42S619ADSHSDESDSDLSDV
Site 43S621SHSDESDSDLSDVPE
Site 44S624DESDSDLSDVPELDS
Site 45S631SDVPELDSEIEQETQ
Site 46T640IEQETQLTYRRQVYK
Site 47Y646LTYRRQVYKEDLPQL
Site 48S663QCKEKQKSATSKRRE
Site 49S666EKQKSATSKRRERAP
Site 50S676RERAPGNSIRLHFVH
Site 51Y688FVHGYRGYDCRSNLF
Site 52Y696DCRSNLFYTQIGEIV
Site 53Y713VAAVGVIYNRQQNTQ
Site 54Y723QQNTQRFYLGHDDDI
Site 55T734DDDILCLTIHPLKDY
Site 56Y741TIHPLKDYVATGQVG
Site 57S752GQVGRDPSIHIWDTE
Site 58T758PSIHIWDTETIKPLS
Site 59S765TETIKPLSILKGHHQ
Site 60S776GHHQYGVSAVDFSAD
Site 61S789ADGKRLASVGIDDSH
Site 62S810WKKGEKLSIARGSKD
Site 63Y856GLIGRKGYIGTLGKN
Site 64S880WTEEMAFSGTSTGDV
Site 65T898RDIFLVKTVKAHDGP
Site 66S908AHDGPVFSMHALEKG
Site 67T938SFERCLKTYAIKRAA
Site 68Y939FERCLKTYAIKRAAL
Site 69S965NPSIRAISLGHGHIL
Site 70T1021ATVSDDKTLRIWDLS
Site 71S1077DTLEDLVSFHHRKDM
Site 72S1086HHRKDMISDIRFSPG
Site 73S1091MISDIRFSPGSGKYL
Site 74S1094DIRFSPGSGKYLAVA
Site 75Y1097FSPGSGKYLAVASHD
Site 76Y1110HDSFIDIYNVMSSKR
Site 77T1161APRGKKQTIPSVEVE
Site 78S1164GKKQTIPSVEVEKIA
Site 79S1199EVTDVTASCLTSDKM
Site 80Y1222GFVKLFRYPTKGKFG
Site 81T1224VKLFRYPTKGKFGKF
Site 82Y1234KFGKFKRYVAHSTHV
Site 83Y1248VTNVRWTYDDSMLVT
Site 84S1251VRWTYDDSMLVTLGG
Site 85T1255YDDSMLVTLGGTDMS
Site 86Y1273WTNEMEGYREKRPCD
Site 87S1281REKRPCDSEESDIDS
Site 88S1284RPCDSEESDIDSEED
Site 89S1288SEESDIDSEEDGGYD
Site 90Y1294DSEEDGGYDSDVTRE
Site 91S1296EEDGGYDSDVTRENE
Site 92T1299GGYDSDVTRENEISY
Site 93S1305VTRENEISYTIRALS
Site 94Y1306TRENEISYTIRALST
Site 95T1307RENEISYTIRALSTN
Site 96S1312SYTIRALSTNIRPML
Site 97S1331HLQQKEPSIDERPPV
Site 98S1339IDERPPVSRAPPQPE
Site 99T1350PQPEKLQTNNVGKKK
Site 100Y1382DCRNNVHYLNDGDDI
Site 101Y1391NDGDDIIYHTASVGI
Site 102T1404GILHNVATGSQSFYQ
Site 103S1406LHNVATGSQSFYQEH
Site 104S1408NVATGSQSFYQEHND
Site 105Y1410ATGSQSFYQEHNDDI
Site 106S1440ATGQVGDSADMSATA
Site 107S1444VGDSADMSATAPSIH
Site 108S1474YHSKGVCSVSFSATG
Site 109S1525VAEFRPDSDTQFVSV
Site 110T1527EFRPDSDTQFVSVGV
Site 111S1531DSDTQFVSVGVKHVK
Site 112T1556SKKGLLSTLEDARMQ
Site 113S1626TGGKERPSKEGGAVK
Site 114T1649CRAFRLETGQATDCV
Site 115T1653RLETGQATDCVRSVC
Site 116S1658QATDCVRSVCRGKGK
Site 117S1705WGLATHPSRDFFLSA
Site 118S1711PSRDFFLSAAEDGTV
Site 119T1740NLGHAARTVCYSPEG
Site 120S1786AIHDIRFSPDSRYLA
Site 121S1789DIRFSPDSRYLAVGS
Site 122Y1791RFSPDSRYLAVGSSE
Site 123S1796SRYLAVGSSENSVDF
Site 124S1800AVGSSENSVDFYDLT
Site 125Y1804SENSVDFYDLTLGPT
Site 126T1807SVDFYDLTLGPTLNR
Site 127T1811YDLTLGPTLNRISYC
Site 128S1816GPTLNRISYCKDIPS
Site 129Y1817PTLNRISYCKDIPSF
Site 130S1834QMDFSADSSYLQVSS
Site 131S1835MDFSADSSYLQVSSG
Site 132Y1836DFSADSSYLQVSSGC
Site 133S1841SSYLQVSSGCYKRHV
Site 134Y1844LQVSSGCYKRHVYEV
Site 135Y1849GCYKRHVYEVPSGKH
Site 136S1934HKRFLGHSPHVTNIR
Site 137T1938LGHSPHVTNIRFTSG
Site 138T1943HVTNIRFTSGDRHVV
Site 139S1944VTNIRFTSGDRHVVS
Site 140S1951SGDRHVVSAGGDDCS
 
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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