KEGG   Pan troglodytes (chimpanzee): 463790Help
Entry
463790            CDS       T01005                                 

Gene name
MGAM
Definition
(RefSeq) probable maltase-glucoamylase 2
  KO
K12047  
maltase-glucoamylase [EC:3.2.1.20 3.2.1.3]
Organism
ptr  Pan troglodytes (chimpanzee)
Pathway
Galactose metabolism
Starch and sucrose metabolism
Metabolic pathways
Carbohydrate digestion and absorption
Brite
KEGG Orthology (KO) [BR:ptr00001]
 Metabolism
  Carbohydrate metabolism
   00052 Galactose metabolism
    463790 (MGAM)
   00500 Starch and sucrose metabolism
    463790 (MGAM)
 Organismal Systems
  Digestive system
   04973 Carbohydrate digestion and absorption
    463790 (MGAM)
Enzymes [BR:ptr01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.3  glucan 1,4-alpha-glucosidase
     463790 (MGAM)
    3.2.1.20  alpha-glucosidase
     463790 (MGAM)
BRITE hierarchy
SSDB OrthologParalogGFIT
Motif Motif
Other DBs
NCBI-ProteinID: 
NCBI-GeneID: 
Position
7
AA seq 1542 aa AA seqDB search
MAPESAAAAASDSLSAKISFLHLNVIYHTATMLQVKIYDPTNKRYEVPVPLNTPPQPVGD
PENRLYDVRIQNNPFGIQIQRKNSSAVIWDSQLPGFTFNDMFLSISTRLPSQYIYGFGET
EHTTFRRNMNWNTWGMFARDEPPAYKKNSYGVHPYHMALEEDGSAHGVLLLNSNAMDVTL
QPTPALTYRTTGGILDFYIVLGPTPELVTQQYTELIGRPAMIPYWALGFHLSRYGYQNDA
EISSLYDAMVAAQIPYDVQHVDIDYMNRKLDFTLSANFQNLSLLIEQMKKNGMRFILILD
PAISGNETQYLPFIRGQENNVFIKWPDTNDIVWGKVWPDLPNVIVDGSLDHETQVKLYRA
YVAFPDFFRNSTAAWWKKEIEELYANPREPEKSLKFDGLWIDMNEPSNFVDGSVRGCSDE
MLNNPPYMPHLESRDKGLSSKTLCMESQQILPDSSPVEHYNVHNLYGWSQTRPTYEAVQE
VTGQRGVIITRSTFPSSGRWGGHRLGNNTAAWDQLGKSIIGMMEFSLFGIPYTGADICGF
FGDAEYEMCVRWMQLGAFYPFSRNHNNIGTRRQDPVAWNSTFEMFSRKVLETRYTLLPYL
YTLMHKAHVEGSTVVRPLLHEFTDDRTTWDIDRQFMLGPAVLISPVLETSTFEISAYFPR
ARWYDYSTGTSSTSTGQRKILKAPLDHINLHVRGGYILPWQEPAMNTHSSRQNFMGLIVA
LDDNGTAEGQVFWDDGQSIDTYENGNYFLANFIAAQNILQIQTIHNKYLSDSNPLKIGYI
RIWGVNTYVTQVSFTYDNRQFMETNFRSEPYNQILTIQLTNKTINLEKLTEVTWIDGGPV
LPTPTKTSTIPMSSHPSPSTTNATSSETITSSASANTTTGTTATVPITTTSFPSTTSVTT
NTTVPDTTSPFPTSTTNASTNATVPITTTPFPTSTIGVTTNATVPDTTAPFPTNSTTAST
NATVPITTTCFATSTIGVTTNATVPDTTAPFPTNTTTASPNATIPITTTPFATSTIGVTT
STTVPDTTAYFPTSTTSASTNATPVPITTTLFATSTIGVTTGTTVPDTTAPFPTSTTGAS
TSATVPITTTPSPTNTADANTSNTVPNTTMPSPTSSTTVSTLATIPISVTPSLTSTADAT
MSTTVLIATTSSLTGTTDVSTSTTINNISTPVQTNTTNASTSTNVANITATSHTGTDDTV
PNNTVPVTAIPSLANTGVDTTSNSFSIMTTSFSESTNAMNTAVIMATTSPTSTDVASTNN
DASMTNFLLATMSSGNATSNNISITTTSFGNSVPFVTTPSPSTDATTTSNNTNPGMTTYY
QTSPTIPTHTLTSIPSSITSILSMFPTSNTFTTDKITNFTTPTNANTIIFNTLDTKSTMV
IDATVTTTSTKDNTMSPDTTVTSIDKFTTHITQFATPHSATTTTLALSHTSLAPTNLSNL
GTMDITDADNSSSVTGNTTHISVSNLTTASVTITATGLDSQTPHMVTNSVATYLPITATS
ATTDTTNITKYALNTTTPDSTVHTSATAPTYIANAINATQVP
NT seq 4629 nt NT seq  +upstreamnt  +downstreamnt
atggcccctgagtcagctgctgctgccgcctctgattctctctctgcaaagatcagcttc
ctccacctgaacgtgatctatcacacagcaaccatgctgcaggtcaagatctatgacccc
actaataaaaggtatgaggttccagtaccactcaacacccctccccaaccagttggtgac
cctgaaaaccgtctgtatgatgtcaggattcagaacaatccttttggaatccagattcaa
cgcaaaaactccagcgctgtgatctgggattctcaactccctggcttcaccttcaatgac
atgtttctctccatttctacgcgtctgccatctcagtacatctatggctttggggaaact
gagcacacgactttcagaagaaacatgaactggaacacatggggaatgtttgctcgtgat
gagccacctgcgtacaagaagaattcctatggtgtccacccttaccacatggcactggag
gaggatggtagtgcccatggagtgctcctgctaaatagcaatgccatggatgtgacatta
cagcccactcctgctctgacataccgcaccactggagggattttggacttctacattgtt
ttggggccaacccctgaacttgtaactcagcaatacacagagttgatcggtcggccagca
atgattccatactgggccttgggattccatctgagtcgctatggataccagaatgatgct
gaaatctccagtttgtatgatgcaatggtggcagcccagattccctatgacgtccagcat
gtagacatcgattacatgaaccggaagctggatttcaccctcagtgccaactttcaaaac
ctcagtcttctgattgagcaaatgaagaaaaatggcatgagatttattctcattttggac
ccagccatttctggcaatgagacacagtatctcccattcattagaggacaggaaaataac
gtgttcatcaaatggcctgacaccaatgacattgtctggggaaaggtttggccagatctg
cctaatgtaattgtagatggatcccttgaccatgaaactcaggttaagctttacagggcc
tacgttgcctttcctgacttctttcgtaatagcacagctgcgtggtggaagaaagagata
gaagagctctatgcaaaccctcgagagccagagaagagcttgaagtttgatggattgtgg
attgatatgaatgagccatcaaattttgtggatggatctgtcaggggctgcagtgatgaa
atgctaaataacccaccctatatgccacatttggaatctagggacaagggcctgagcagc
aagactctgtgcatggagagtcagcagatcctgccggacagctcccccgtggagcactac
aacgtgcacaacctgtacgggtggtcccagaccagacccacatacgaagctgtgcaggag
gtgacaggacagcgaggggtcatcatcacccgctccacatttccctcttctggacgctgg
ggaggacaccggttgggaaacaacacagctgcatgggaccagctggggaaatctatcatt
ggcatgatggagttcagtctctttggaataccttatacaggagcagatatctgtgggttc
tttggagatgctgaatatgagatgtgtgttcgctggatgcaactgggggcattttatcca
ttttccagaaaccacaacaacatcgggacaaggagacaagatcctgtggcctggaattca
acctttgagatgttttccagaaaagtcctagagaccagatacaccctgcttccttatctc
tatactctgatgcataaagctcacgttgagggcagcacagttgtccggccccttctccat
gagtttacggatgacagaacaacatgggatatagaccgtcagttcatgttgggccctgct
gtcttaatcagccctgtgttggaaactagcacatttgagatctctgcttattttccgaga
gcccgttggtatgactatagcacgggaactagcagcacatcaacaggtcagaggaaaatc
ctgaaggctccccttgaccacatcaaccttcatgtcagaggaggctacatcctgccctgg
caagagcctgcaatgaacactcactccagtcgacaaaattttatgggattgattgttgct
ttggatgacaatgggacagctgaaggccaggtgttctgggatgatggacaaagcattgat
acctatgaaaatggaaattattttttggctaactttatagcagctcagaacatcctgcaa
atccagaccatacacaataagtatttgagtgactcgaatccactaaaaattgggtatatt
agaatctggggtgtgaatacctatgtgacacaagtcagtttcacctatgacaaccggcaa
tttatggagacaaatttcaggagtgaaccttataatcagatactaactattcaattgact
aacaagactatcaacctggaaaagttaactgaggttacttggattgatggtggtcctgta
cttcctactccaactaagacaagtaccatcccaatgagttctcatccttctccatctact
accaatgccaccagttctgagacaatcaccagttctgccagtgcaaatactaccactggc
actactgctactgttcctatcacaaccacatctttcccaagtactactagtgttacaact
aatactactgttcctgatacaacttctcctttccctacaagtactactaatgctagcact
aatgctactgttcctatcacaaccacacctttcccaacaagtactattggtgttacaact
aatgctactgttcccgatacaactgctcctttcccaacaaatagtactactgctagcact
aatgctactgttcctatcacaaccacatgttttgcaacaagtactattggtgttacaact
aatgctactgttcccgatacaactgcccctttcccaacaaatactactactgctagccct
aatgctactattcctatcacaaccacaccttttgcaacaagtactattggtgttacaact
agtactactgttcctgatacaactgcttatttccctacaagtactactagtgctagcact
aatgctacccctgttcctatcacaaccacactttttgcaacaagtactattggtgttaca
actggtactactgttcctgatacaactgctcctttccctacaagtactactggtgctagc
actagtgctactgttcctattacaaccacaccttcccctacaaatactgctgatgctaac
actagtaatactgttcctaataccactatgccttctcctacaagtagtactactgtgagt
actcttgctaccattcccatttcagtgactccttctctgacaagtactgctgatgccacc
atgagtactactgtacttattgccactacttcttctctaacaggtactactgatgttagc
actagtactactattaataatataagtactcctgttcaaacaaatactactaatgctagc
actagtactaatgttgctaatataactgctacctctcatacaggtactgatgatactgtt
cctaataatactgttccagttacagctattccttctcttgcaaatactggtgttgacact
actagcaacagtttttccattatgaccacttctttctctgaaagtactaatgctatgaac
actgctgttattatggcaactacttctcctacaagtactgatgttgctagcacaaataat
gatgcttctatgacaaattttcttttagctacaatgtcttctggtaatgcaactagtaat
aatatttccataacaactacttcttttggtaatagtgttccttttgtgactactccttct
ccaagtactgatgctactactacaagtaataatactaatcctggcatgactacttattac
cagacttctcctaccattcctacccatactcttacttctattcctagctctattacttct
attttgagcatgtttccaacaagtaatacattcactactgataaaattactaattttact
acccctacaaatgcaaacaccattattttcaacactcttgatacaaaaagtaccatggta
atagatgctacggtcactactaccagcaccaaagataataccatgagtccagatacaaca
gttacttccatagacaaattcaccacacacatcacacagttcgctactccccattctgct
actactacaacactggccttaagccacacctcattagctcctacaaatctttctaatcta
ggcaccatggatattactgatgcagataactccagcagtgttacaggtaacacgacacac
atttctgtttcaaatctcacaacagcctcagtcacaataacagccactggtctagattca
caaactccccatatggtaacaaattctgtggctacttatttacctattactgcaactagt
gctaccacagatactacaaatattacaaaatatgctttaaatactaccactcctgatagt
acagtacatacctctgctactgcacctacttatattgcaaatgccataaatgctactcaa
gttccatga

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