PhosphoNET

           
Protein Info 
   
Short Name:  SI
Full Name:  Sucrase-isomaltase, intestinal
Alias:  Alpha-glucosidase; Isomaltase; Oligosaccharide alpha-1,6-glucosidase; Sucrase-isomaltase; SUIS
Type:  Carbohydrate Metabolism - starch and sucrose; EC 3.2.1.48; Hydrolase; EC 3.2.1.10
Mass (Da):  209405
Number AA:  1827
UniProt ID:  P14410
International Prot ID:  IPI00221101
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005794  GO:0005903  GO:0016021 Uniprot OncoNet
Molecular Function:  GO:0004574  GO:0004575   PhosphoSite+ KinaseNET
Biological Process:  GO:0005975     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 1S42TPAVDEISDSTSTPA
Site 2S44AVDEISDSTSTPATT
Site 3T45VDEISDSTSTPATTR
Site 4S46DEISDSTSTPATTRV
Site 5T47EISDSTSTPATTRVT
Site 6T50DSTSTPATTRVTTNP
Site 7T54TPATTRVTTNPSDSG
Site 8T55PATTRVTTNPSDSGK
Site 9S58TRVTTNPSDSGKCPN
Site 10T120GYNVQDMTTTSIGVE
Site 11S135AKLNRIPSPTLFGND
Site 12T137LNRIPSPTLFGNDIN
Site 13T149DINSVLFTTQNQTPN
Site 14T154LFTTQNQTPNRFRFK
Site 15Y170TDPNNRRYEVPHQYV
Site 16Y176RYEVPHQYVKEFTGP
Site 17T184VKEFTGPTVSDTLYD
Site 18S186EFTGPTVSDTLYDVK
Site 19T188TGPTVSDTLYDVKVA
Site 20Y190PTVSDTLYDVKVAQN
Site 21S200KVAQNPFSIQVIRKS
Site 22S207SIQVIRKSNGKTLFD
Site 23T211IRKSNGKTLFDTSIG
Site 24Y226PLVYSDQYLQISARL
Site 25S230SDQYLQISARLPSDY
Site 26S235QISARLPSDYIYGIG
Site 27Y237SARLPSDYIYGIGEQ
Site 28Y239RLPSDYIYGIGEQVH
Site 29Y275GDNNNNLYGHQTFFM
Site 30Y338PEQVVQQYQQLVGLP
Site 31Y362FQLSRWNYKSLDVVK
Site 32S364LSRWNYKSLDVVKEV
Site 33T384EAGIPFDTQVTDIDY
Site 34Y391TQVTDIDYMEDKKDF
Site 35Y400EDKKDFTYDQVAFNG
Site 36Y422LHDHGQKYVIILDPA
Site 37T439IGRRANGTTYATYER
Site 38T440GRRANGTTYATYERG
Site 39Y441RRANGTTYATYERGN
Site 40Y444NGTTYATYERGNTQH
Site 41S460WINESDGSTPIIGEV
Site 42T461INESDGSTPIIGEVW
Site 43T472GEVWPGLTVYPDFTN
Site 44Y474VWPGLTVYPDFTNPN
Site 45S511IDMNEVSSFIQGSTK
Site 46Y527CNVNKLNYPPFTPDI
Site 47T531KLNYPPFTPDILDKL
Site 48Y540DILDKLMYSKTICMD
Site 49Y556VQNWGKQYDVHSLYG
Site 50S560GKQYDVHSLYGYSMA
Site 51Y562QYDVHSLYGYSMAIA
Site 52S583KVFPNKRSFILTRST
Site 53T587NKRSFILTRSTFAGS
Site 54S589RSFILTRSTFAGSGR
Site 55T590SFILTRSTFAGSGRH
Site 56S594TRSTFAGSGRHAAHW
Site 57T617EQMEWSITGMLEFSL
Site 58S659LGAFYPFSRNHNSDG
Site 59S664PFSRNHNSDGYEHQD
Site 60Y667RNHNSDGYEHQDPAF
Site 61S679PAFFGQNSLLVKSSR
Site 62S684QNSLLVKSSRQYLTI
Site 63S685NSLLVKSSRQYLTIR
Site 64Y688LVKSSRQYLTIRYTL
Site 65T690KSSRQYLTIRYTLLP
Site 66Y722RPVLHEFYEDTNSWI
Site 67T752VLKQGADTVSAYIPD
Site 68S754KQGADTVSAYIPDAI
Site 69Y763YIPDAIWYDYESGAK
Site 70Y765PDAIWYDYESGAKRP
Site 71Y781RKQRVDMYLPADKIG
Site 72T805PIQEPDVTTTASRKN
Site 73T840DDGETKDTIQNGNYI
Site 74Y849QNGNYILYTFSVSNN
Site 75T850NGNYILYTFSVSNNT
Site 76S852NYILYTFSVSNNTLD
Site 77S866DIVCTHSSYQEGTTL
Site 78T888LGLTDSVTEVRVAEN
Site 79Y907NAHSNFTYDASNQVL
Site 80Y944ENERFNCYPDADLAT
Site 81S966GCVWRTGSSLSKAPE
Site 82S967CVWRTGSSLSKAPEC
Site 83S969WRTGSSLSKAPECYF
Site 84Y975LSKAPECYFPRQDNS
Site 85S982YFPRQDNSYSVNSAR
Site 86Y983FPRQDNSYSVNSARY
Site 87S984PRQDNSYSVNSARYS
Site 88S987DNSYSVNSARYSSMG
Site 89S991SVNSARYSSMGITAD
Site 90S992VNSARYSSMGITADL
Site 91T996RYSSMGITADLQLNT
Site 92T1003TADLQLNTANARIKL
Site 93S1012NARIKLPSDPISTLR
Site 94S1016KLPSDPISTLRVEVK
Site 95T1017LPSDPISTLRVEVKY
Site 96Y1024TLRVEVKYHKNDMLQ
Site 97Y1035DMLQFKIYDPQKKRY
Site 98Y1042YDPQKKRYEVPVPLN
Site 99T1052PVPLNIPTTPISTYE
Site 100T1053VPLNIPTTPISTYED
Site 101S1056NIPTTPISTYEDRLY
Site 102Y1058PTTPISTYEDRLYDV
Site 103Y1063STYEDRLYDVEIKEN
Site 104S1080GIQIRRRSSGRVIWD
Site 105S1081IQIRRRSSGRVIWDS
Site 106S1103NDQFIQISTRLPSEY
Site 107T1104DQFIQISTRLPSEYI
Site 108S1108QISTRLPSEYIYGFG
Site 109Y1110STRLPSEYIYGFGEV
Site 110Y1112RLPSEYIYGFGEVEH
Site 111T1120GFGEVEHTAFKRDLN
Site 112Y1142TRDQPPGYKLNSYGF
Site 113Y1147PGYKLNSYGFHPYYM
Site 114Y1153SYGFHPYYMALEEEG
Site 115T1176NSNAMDVTFQPTPAL
Site 116T1180MDVTFQPTPALTYRT
Site 117T1201FYMFLGPTPEVATKQ
Site 118Y1209PEVATKQYHEVIGHP
Site 119Y1231LGFQLCRYGYANTSE
Site 120Y1233FQLCRYGYANTSEVR
Site 121S1237RYGYANTSEVRELYD
Site 122Y1243TSEVRELYDAMVAAN
Site 123Y1257NIPYDVQYTDIDYME
Site 124Y1262VQYTDIDYMERQLDF
Site 125T1270MERQLDFTIGEAFQD
Site 126S1301IILDPAISGNETKTY
Site 127T1305PAISGNETKTYPAFE
Site 128T1307ISGNETKTYPAFERG
Site 129Y1308SGNETKTYPAFERGQ
Site 130T1346PNITIDKTLTEDEAV
Site 131T1370PDFFRTSTAEWWARE
Site 132Y1382AREIVDFYNEKMKFD
Site 133S1400IDMNEPSSFVNGTTT
Site 134Y1417CRNDELNYPPYFPEL
Site 135Y1420DELNYPPYFPELTKR
Site 136T1425PPYFPELTKRTDGLH
Site 137S1445MEAEQILSDGTSVLH
Site 138S1449QILSDGTSVLHYDVH
Site 139Y1453DGTSVLHYDVHNLYG
Site 140T1474THDALQKTTGKRGIV
Site 141S1483GKRGIVISRSTYPTS
Site 142S1485RGIVISRSTYPTSGR
Site 143T1486GIVISRSTYPTSGRW
Site 144Y1487IVISRSTYPTSGRWG
Site 145T1489ISRSTYPTSGRWGGH
Site 146Y1554QLGAFYPYSRNHNIA
Site 147S1570TRRQDPASWNETFAE
Site 148T1574DPASWNETFAEMSRN
Site 149Y1592IRYTLLPYFYTQMHE
Site 150Y1650YVQTVNAYVPNARWF
Site 151Y1659PNARWFDYHTGKDIG
Site 152T1661ARWFDYHTGKDIGVR
Site 153T1673GVRGQFQTFNASYDT
Site 154Y1678FQTFNASYDTINLHV
Site 155Y1702EPAQNTFYSRQKHMK
Site 156T1734DDGESIDTYERDLYL
Site 157Y1735DGESIDTYERDLYLS
Site 158Y1740DTYERDLYLSVQFNL
Site 159S1742YERDLYLSVQFNLNQ
Site 160Y1761STILKRGYINKSETR
Site 161S1765KRGYINKSETRLGSL
Site 162T1767GYINKSETRLGSLHV
Site 163S1771KSETRLGSLHVWGKG
Site 164S1795TYNGNKNSLPFNEDT
Site 165T1802SLPFNEDTTNMILRI
Site 166T1803LPFNEDTTNMILRID
 
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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