PhosphoNET

           
Protein Info 
   
Short Name:  MGAM
Full Name:  Maltase-glucoamylase, intestinal
Alias:  Alpha-glucosidase;Glucan 1,4-alpha-glucosidase
Type: 
Mass (Da):  209852
Number AA:  1857
UniProt ID:  O43451
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 1T10RKKLKKFTTLEIVLS
Site 2S17TTLEIVLSVLLLVLF
Site 3S27LLVLFIISIVLIVLL
Site 4S41LAKESLKSTAPDPGT
Site 5T42AKESLKSTAPDPGTT
Site 6T48STAPDPGTTGTPDPG
Site 7T51PDPGTTGTPDPGTTG
Site 8T56TGTPDPGTTGTPDPG
Site 9T57GTPDPGTTGTPDPGT
Site 10T64TGTPDPGTTGTTHAR
Site 11T72TGTTHARTTGPPDPG
Site 12T73GTTHARTTGPPDPGT
Site 13T80TGPPDPGTTGTTPVS
Site 14T83PDPGTTGTTPVSAEC
Site 15T84DPGTTGTTPVSAECP
Site 16S160ARLKNLPSSPVFGSN
Site 17S161RLKNLPSSPVFGSNV
Site 18T191HFKLTDQTNNRFEVP
Site 19S204VPHEHVQSFSGNAAA
Site 20T214GNAAASLTYQVEISR
Site 21S220LTYQVEISRQPFSIK
Site 22S225EISRQPFSIKVTRRS
Site 23T229QPFSIKVTRRSNNRV
Site 24S232SIKVTRRSNNRVLFD
Site 25S255ADQFLQLSTRLPSTN
Site 26T256DQFLQLSTRLPSTNV
Site 27S260QLSTRLPSTNVYGLG
Site 28T261LSTRLPSTNVYGLGE
Site 29Y264RLPSTNVYGLGEHVH
Site 30T291PIFNRDTTPNGNGTN
Site 31Y300NGNGTNLYGAQTFFL
Site 32T355FYVFLGNTPEQVVQE
Site 33Y363PEQVVQEYLELIGRP
Site 34Y385LGFHLSRYEYGTLDN
Site 35Y387FHLSRYEYGTLDNMR
Site 36T389LSRYEYGTLDNMREV
Site 37Y416VQHADIDYMDERRDF
Site 38T424MDERRDFTYDSVDFK
Site 39Y425DERRDFTYDSVDFKG
Site 40S427RRDFTYDSVDFKGFP
Site 41S456IIVDPAISNNSSSSK
Site 42S459DPAISNNSSSSKPYG
Site 43S460PAISNNSSSSKPYGP
Site 44S461AISNNSSSSKPYGPY
Site 45S462ISNNSSSSKPYGPYD
Site 46Y465NSSSSKPYGPYDRGS
Site 47Y468SSKPYGPYDRGSDMK
Site 48S480DMKIWVNSSDGVTPL
Site 49T496GEVWPGQTVFPDYTN
Site 50Y501GQTVFPDYTNPNCAV
Site 51S540VSNFVDGSVSGCSTN
Site 52S542NFVDGSVSGCSTNNL
Site 53T546GSVSGCSTNNLNNPP
Site 54T555NLNNPPFTPRILDGY
Site 55Y586QYDIHNLYGYSMAVA
Site 56T600ATAEAAKTVFPNKRS
Site 57S607TVFPNKRSFILTRST
Site 58T611NKRSFILTRSTFAGS
Site 59S613RSFILTRSTFAGSGK
Site 60S618TRSTFAGSGKFAAHW
Site 61T665ICGFALDTPEELCRR
Site 62S683LGAFYPFSRNHNGQG
Site 63S698YKDQDPASFGADSLL
Site 64S703PASFGADSLLLNSSR
Site 65S708ADSLLLNSSRHYLNI
Site 66S709DSLLLNSSRHYLNIR
Site 67Y712LLNSSRHYLNIRYTL
Site 68S732TLFFRAHSRGDTVAR
Site 69T736RAHSRGDTVARPLLH
Site 70Y746RPLLHEFYEDNSTWD
Site 71Y787YVPDAVWYDYETGSQ
Site 72Y789PDAVWYDYETGSQVR
Site 73Y819GLHLRGGYIFPTQQP
Site 74T823RGGYIFPTQQPNTTT
Site 75T864DNGETKDTVANKVYL
Site 76S887NRLEVNISQSTYKDP
Site 77Y891VNISQSTYKDPNNLA
Site 78T907NEIKILGTEEPSNVT
Site 79S922VKHNGVPSQTSPTVT
Site 80S925NGVPSQTSPTVTYDS
Site 81T927VPSQTSPTVTYDSNL
Site 82T929SQTSPTVTYDSNLKV
Site 83Y967DEEKIDCYPDENGAS
Site 84S974YPDENGASAENCTAR
Site 85S988RGCIWEASNSSGVPF
Site 86S1006VNDLYSVSDVQYNSH
Site 87Y1010YSVSDVQYNSHGATA
Site 88T1016QYNSHGATADISLKS
Site 89S1020HGATADISLKSSVYA
Site 90S1032VYANAFPSTPVNPLR
Site 91T1033YANAFPSTPVNPLRL
Site 92T1043NPLRLDVTYHKNEML
Site 93Y1044PLRLDVTYHKNEMLQ
Site 94Y1055EMLQFKIYDPNKNRY
Site 95Y1062YDPNKNRYEVPVPLN
Site 96S1072PVPLNIPSMPSSTPE
Site 97S1076NIPSMPSSTPEGQLY
Site 98T1077IPSMPSSTPEGQLYD
Site 99Y1083STPEGQLYDVLIKKN
Site 100S1100GIEIRRKSTGTIIWD
Site 101T1101IEIRRKSTGTIIWDS
Site 102T1103IRRKSTGTIIWDSQL
Site 103S1123SDMFIRISTRLPSKY
Site 104T1124DMFIRISTRLPSKYL
Site 105S1128RISTRLPSKYLYGFG
Site 106Y1130STRLPSKYLYGFGET
Site 107Y1132RLPSKYLYGFGETEH
Site 108S1141FGETEHRSYRRDLEW
Site 109Y1142GETEHRSYRRDLEWH
Site 110Y1162SRDQPPGYKKNSYGV
Site 111Y1167PGYKKNSYGVHPYYM
Site 112Y1173SYGVHPYYMGLEEDG
Site 113Y1229PELVTQQYTELIGRP
Site 114Y1251LGFQLCRYGYQNDSE
Site 115Y1253FQLCRYGYQNDSEIA
Site 116S1257RYGYQNDSEIASLYD
Site 117S1261QNDSEIASLYDEMVA
Site 118Y1263DSEIASLYDEMVAAQ
Site 119Y1277QIPYDVQYSDIDYME
Site 120Y1282VQYSDIDYMERQLDF
Site 121T1290MERQLDFTLSPKFAG
Site 122S1292RQLDFTLSPKFAGFP
Site 123S1321LILDPAISGNETQPY
Site 124T1325PAISGNETQPYPAFT
Site 125Y1328SGNETQPYPAFTRGV
Site 126Y1343EDDVFIKYPNDGDIV
Site 127S1366PDVVVNGSLDWDSQV
Site 128S1371NGSLDWDSQVELYRA
Site 129Y1402KREIEELYNNPQNPE
Site 130S1426IDMNEPSSFVNGAVS
Site 131S1433SFVNGAVSPGCRDAS
Site 132S1440SPGCRDASLNHPPYM
Site 133Y1446ASLNHPPYMPHLESR
Site 134S1452PYMPHLESRDRGLSS
Site 135S1458ESRDRGLSSKTLCME
Site 136S1459SRDRGLSSKTLCMES
Site 137T1461DRGLSSKTLCMESQQ
Site 138S1466SKTLCMESQQILPDG
Site 139S1474QQILPDGSLVQHYNV
Site 140Y1479DGSLVQHYNVHNLYG
Site 141Y1485HYNVHNLYGWSQTRP
Site 142T1493GWSQTRPTYEAVQEV
Site 143Y1494WSQTRPTYEAVQEVT
Site 144T1509GQRGVVITRSTFPSS
Site 145S1511RGVVITRSTFPSSGR
Site 146T1512GVVITRSTFPSSGRW
Site 147S1515ITRSTFPSSGRWAGH
Site 148S1516TRSTFPSSGRWAGHW
Site 149S1596TRRQDPVSWDVAFVN
Site 150T1607AFVNISRTVLQTRYT
Site 151T1611ISRTVLQTRYTLLPY
Site 152Y1613RTVLQTRYTLLPYLY
Site 153Y1618TRYTLLPYLYTLMHK
Site 154Y1620YTLLPYLYTLMHKAH
Site 155T1621TLLPYLYTLMHKAHT
Site 156T1632KAHTEGVTVVRPLLH
Site 157T1647EFVSDQVTWDIDSQF
Site 158T1674ERNARNVTAYFPRAR
Site 159Y1676NARNVTAYFPRARWY
Site 160Y1683YFPRARWYDYYTGVD
Site 161Y1685PRARWYDYYTGVDIN
Site 162Y1686RARWYDYYTGVDINA
Site 163T1687ARWYDYYTGVDINAR
Site 164T1699NARGEWKTLPAPLDH
Site 165Y1715NLHVRGGYILPWQEP
Site 166S1729PALNTHLSRQKFMGF
Site 167T1760DDGQSIDTYGKGLYY
Site 168Y1761DGQSIDTYGKGLYYL
Site 169Y1766DTYGKGLYYLASFSA
Site 170Y1767TYGKGLYYLASFSAS
Site 171S1770KGLYYLASFSASQNT
Site 172S1772LYYLASFSASQNTMQ
Site 173S1774YLASFSASQNTMQSH
Site 174Y1787SHIIFNNYITGTNPL
Site 175T1822SVSGMVITPSFNNDP
Site 176S1824SGMVITPSFNNDPTT
Site 177T1830PSFNNDPTTQVLSID
Site 178T1831SFNNDPTTQVLSIDV
Site 179T1839QVLSIDVTDRNISLH
Site 180S1844DVTDRNISLHNFTSL
 
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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