PhosphoNET

           
Protein Info 
   
Short Name:  ATG2A
Full Name:  Autophagy-related protein 2 homolog A
Alias:  ATG2 autophagy related 2 A; KIAA0404
Type:  Autophagy
Mass (Da):  212901
Number AA:  1938
UniProt ID:  Q2TAZ0
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 1Y19VKERVCRYLLHHYLG
Site 2Y24CRYLLHHYLGHFFQE
Site 3S34HFFQEHLSLDQLSLD
Site 4S39HLSLDQLSLDLYKGS
Site 5Y43DQLSLDLYKGSVALR
Site 6S58DIHLEIWSVNEVLES
Site 7S65SVNEVLESMESPLEL
Site 8S68EVLESMESPLELVEG
Site 9T104RVSGLQLTLQPRRGP
Site 10S118PAPGAADSQSWASCM
Site 11S120PGAADSQSWASCMTT
Site 12T127SWASCMTTSLQLAQE
Site 13S144RDGLPEPSEPPQPLE
Site 14S181TVVRVEHSPGDGERG
Site 15Y200VRVQRLEYCDEAVRD
Site 16S209DEAVRDPSQAPPVDV
Site 17Y236LAGVRLHYEELPAQE
Site 18S254EPPLQIGSCSGYMEL
Site 19Y258QIGSCSGYMELMVKL
Site 20T290GSLHLLLTPRQLQQL
Site 21S302QQLQELLSAVSLTDH
Site 22S305QELLSAVSLTDHEGL
Site 23S319LADKLNKSRPLGAED
Site 24S348GAVAEPLSPDPLTNP
Site 25T353PLSPDPLTNPLLNLD
Site 26S367DNTDLFFSMAGLTSS
Site 27S391LSDVDLASSVRSDMA
Site 28S392SDVDLASSVRSDMAS
Site 29S395DLASSVRSDMASRRL
Site 30S399SVRSDMASRRLSAQA
Site 31S403DMASRRLSAQAHPAG
Site 32T420APNPLLDTMRPDSLL
Site 33S425LDTMRPDSLLKMTLG
Site 34S442TLTLLQTSAPSSGPP
Site 35S446LQTSAPSSGPPDLAT
Site 36T453SGPPDLATHFFTEFD
Site 37T462FFTEFDATKDGPFGS
Site 38S469TKDGPFGSRDFHHLR
Site 39T493SHVRLTGTAVQLSWE
Site 40S498TGTAVQLSWELRTGS
Site 41S505SWELRTGSRGRRTTS
Site 42T510TGSRGRRTTSMEVHF
Site 43T511GSRGRRTTSMEVHFG
Site 44S512SRGRRTTSMEVHFGQ
Site 45T531ECLWPRGTSEPEYTE
Site 46S532CLWPRGTSEPEYTEI
Site 47Y536RGTSEPEYTEILTFP
Site 48T537GTSEPEYTEILTFPG
Site 49T541PEYTEILTFPGTLGS
Site 50S548TFPGTLGSQASARPC
Site 51S551GTLGSQASARPCAHL
Site 52T561PCAHLRHTQILRRVP
Site 53S570ILRRVPKSRPRRSVA
Site 54S575PKSRPRRSVACHCHS
Site 55T632LPAMEQQTVFRLSAP
Site 56S637QQTVFRLSAPRATLR
Site 57T642RLSAPRATLRLRFPI
Site 58S674EQLRLELSEPQFRSE
Site 59S680LSEPQFRSELSSGPG
Site 60S683PQFRSELSSGPGPPV
Site 61S684QFRSELSSGPGPPVP
Site 62S699THLELTCSDLHGIYE
Site 63Y705CSDLHGIYEDGGKPP
Site 64S719PVPCLRVSKALDPKS
Site 65S726SKALDPKSTGRKYFL
Site 66Y731PKSTGRKYFLPQVVV
Site 67S744VVTVNPQSSSTQWEV
Site 68S762KGEELELSVESPCEL
Site 69S765ELELSVESPCELREP
Site 70S775ELREPEPSPFSSKRT
Site 71S778EPEPSPFSSKRTMYE
Site 72S779PEPSPFSSKRTMYET
Site 73T782SPFSSKRTMYETEEM
Site 74Y784FSSKRTMYETEEMVI
Site 75T786SKRTMYETEEMVIPG
Site 76T800GDPEEMRTFQSRTLA
Site 77T805MRTFQSRTLALSRCS
Site 78S809QSRTLALSRCSLEVI
Site 79S812TLALSRCSLEVILPS
Site 80Y830FLPSKEVYESIYNRI
Site 81Y834KEVYESIYNRINNDL
Site 82T852EPADLLPTPDPAAQP
Site 83S860PDPAAQPSGFPGPSG
Site 84S866PSGFPGPSGFWHDSF
Site 85S878DSFKMCKSAFKLANC
Site 86T889LANCFDLTPDSDSDD
Site 87S892CFDLTPDSDSDDEDA
Site 88S894DLTPDSDSDDEDAHF
Site 89S903DEDAHFFSVGASGGP
Site 90S919AAAPEAPSLHLQSTF
Site 91T938TVLKGRITALCETKD
Site 92S971HGTLFSVSQYCGQPG
Site 93Y981CGQPGLGYFCLEAEK
Site 94Y992EAEKATLYHRAAVDD
Site 95Y1000HRAAVDDYPLPSHLD
Site 96S1004VDDYPLPSHLDLPSF
Site 97S1010PSHLDLPSFAPPAQL
Site 98T1020PPAQLAPTIYPSEEG
Site 99Y1022AQLAPTIYPSEEGVT
Site 100S1024LAPTIYPSEEGVTER
Site 101T1029YPSEEGVTERGASGR
Site 102S1034GVTERGASGRKGQGR
Site 103S1047GRGPHMLSTAVRIHL
Site 104T1048RGPHMLSTAVRIHLD
Site 105T1066NVKEFLVTLRLHKAT
Site 106T1073TLRLHKATLRHYMAL
Site 107Y1077HKATLRHYMALPEQS
Site 108S1166DDSALYLSDKCEVET
Site 109S1199VIKTWKGSTEGKLSQ
Site 110S1205GSTEGKLSQPLFELR
Site 111S1239NLLQYVMSTGDLHPP
Site 112S1251HPPPRPPSPTEIAGQ
Site 113T1253PPRPPSPTEIAGQKL
Site 114S1261EIAGQKLSESPASLP
Site 115S1263AGQKLSESPASLPSC
Site 116S1266KLSESPASLPSCPPV
Site 117S1269ESPASLPSCPPVETA
Site 118T1290LADALLDTERSLREL
Site 119S1293ALLDTERSLRELAQP
Site 120S1301LRELAQPSGGHLPQA
Site 121Y1314QASPISVYLFPGERS
Site 122S1321YLFPGERSGAPPPSP
Site 123S1327RSGAPPPSPPVGGPA
Site 124S1336PVGGPAGSLGSCSEE
Site 125S1339GPAGSLGSCSEEKED
Site 126S1341AGSLGSCSEEKEDER
Site 127T1356EEEGDGDTLDSDEFC
Site 128S1359GDGDTLDSDEFCILD
Site 129T1382RDGEPVVTQLHPGPI
Site 130Y1395PIVVRDGYFSRPIGS
Site 131S1397VVRDGYFSRPIGSTD
Site 132S1416PAHFPVPSTRVVLRE
Site 133T1446HPGHRARTGLSGPRS
Site 134S1449HRARTGLSGPRSSPS
Site 135S1453TGLSGPRSSPSRCSG
Site 136S1454GLSGPRSSPSRCSGP
Site 137S1456SGPRSSPSRCSGPNR
Site 138S1459RSSPSRCSGPNRPQN
Site 139S1467GPNRPQNSWRTQGGS
Site 140T1470RPQNSWRTQGGSGRQ
Site 141S1474SWRTQGGSGRQHHVL
Site 142S1490EIQLSKVSFQHEVYP
Site 143Y1496VSFQHEVYPAEPATG
Site 144T1502VYPAEPATGPAAPSQ
Site 145S1517ELEERPLSRQVFIVQ
Site 146S1534EVRDRLASSQINKFL
Site 147S1535VRDRLASSQINKFLY
Site 148Y1542SQINKFLYLHTSERM
Site 149S1546KFLYLHTSERMPRRA
Site 150S1555RMPRRAHSNMLTIKA
Site 151T1624SAEARPETRAQPSSP
Site 152S1629PETRAQPSSPLEGQA
Site 153S1630ETRAQPSSPLEGQAE
Site 154T1641GQAEGVETTGSQEAP
Site 155S1644EGVETTGSQEAPGGG
Site 156S1653EAPGGGHSPSPPDQQ
Site 157S1655PGGGHSPSPPDQQPI
Site 158Y1663PPDQQPIYFREFRFT
Site 159T1670YFREFRFTSEVPIWL
Site 160S1671FREFRFTSEVPIWLD
Site 161Y1772LWLPIEQYRKDGRLM
Site 162S1788GLQRGAASFGSSTAS
Site 163S1795SFGSSTASAALELSN
Site 164S1820ETVYDILSPAAPVSR
Site 165S1826LSPAAPVSRSLQDKR
Site 166S1828PAAPVSRSLQDKRSA
Site 167S1834RSLQDKRSARRLRRG
Site 168Y1855REGVAKAYDTVREGI
Site 169T1857GVAKAYDTVREGILD
Site 170S1910LATEATSSLLGGMRN
 
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
 


2019 Kinexus Bioinformatics Corporation