KEGG   Macaca mulatta (rhesus monkey): 695370
Entry
695370            CDS       T01028                                 
Symbol
MGAM2
Name
(RefSeq) putative maltase-glucoamylase-like protein FLJ16351
  KO
K12047  maltase-glucoamylase [EC:3.2.1.20 3.2.1.3]
Organism
mcc  Macaca mulatta (rhesus monkey)
Pathway
mcc00052  Galactose metabolism
mcc00500  Starch and sucrose metabolism
mcc01100  Metabolic pathways
mcc04973  Carbohydrate digestion and absorption
Brite
KEGG Orthology (KO) [BR:mcc00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    695370 (MGAM2)
   00500 Starch and sucrose metabolism
    695370 (MGAM2)
 09150 Organismal Systems
  09154 Digestive system
   04973 Carbohydrate digestion and absorption
    695370 (MGAM2)
Enzymes [BR:mcc01000]
 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
     695370 (MGAM2)
    3.2.1.20  alpha-glucosidase
     695370 (MGAM2)
SSDB
Motif
Pfam: Glyco_hydro_31_2nd Glyco_hydro_31_3rd Trefoil Gal_mutarotas_2 DUF5110
Other DBs
NCBI-GeneID: 695370
NCBI-ProteinID: XP_028702226
Ensembl: ENSMMUG00000019937
Position
3:168473375..168581697
AA seq 2511 aa
MARKLSVLEVLLIIFCLIVVVIDILLLLLVLEEPSDTSFTPECPDIPHSERIDCIPDQEV
TEDICRWQYKCCWSPVEDANVPRCFFPCNWGYEASNGHTNTSTGFTAQLKRLPSPSLFGN
DVATTLFTAEYQTSNRFHFKITDYNNIRYEVSHENIRLVDGTADASNLSYYVEVTDKPFS
IKIMRTSNRRVLLDTSIGPLQFAQQYLQLSFRLPSANVYGLGEHVHQQYRHNMTWKTWPI
FTRDATPTKDMINLYGAHTFFLCLEDASGSSFGVFLMNSNAMEVTLQPAPAITYRTIGGI
LDFYVFLGNTPEQVVQQYLELVGRPFLPPYWSLGFQLSRRDYGGINKLKEVVSRNRLAEI
PYDVQYSDIDYMDGKKDFTVDEVAYSGLPDFVKELHENGQKYVIIMNPGISKNSNYEPYN
NGSLKRVWILGNNGFAVGEGYPGPTVFPDYTNPVCTEWWIDQVAKFHDRLEFDGVWIEMN
EVASLLQASNDQCESNNLNFPPFLPRVLDHLLFARTLCMDTEFHGGLHYDIHSLYGHSMA
RTTNLALETVFMNNRSFILSRSTFAGSGQFAAHWLGDNAATWDDLRWSIPTILEFNLFGI
PMVGANICGYTNNVTEELCRRWMQLGAFYPLPRNHNGPGFRDQDPAAFGADSLLLSSSRH
YLNIRYTLLPYLYTLFYRAHTQGETVARPLVHEFYQDSATWDVHEQFLWGPGLLITPVLY
EGVDEVKAYIPDATWYDYETGVAIPWRKQLVNMLLAGDKIGLHLRGGYIFPTQKPNTTTE
ASRRNSLGLIIALDYKREAKGELYWDDGVSKDAVTEKKYILYDFSVTSNHLQAKIINNNY
TDTDNLMFTDITILGMDKQPANFTVLLNNVATSSPSVVYNASTKVVTITDLQGLVLGQEF
SIRWNLPVSDLEKFNCYPDDPTASEESCRQRGCLWEDTSTPGVPTCYYDTIPNYAASDIQ
YLSTSITADLSLLMASESAAAAAAAASDSLSAQISFLRLNVIYHTATMLQVKIYDPSNKR
YEVPVSLNTPPQPVGDPENRLYDVRIQNNPFGIQIQRKNSSTVIWDSQLPGFTFNDMFLS
ISTRLPSQYIYGFGETEHTTFRRNMTWNTWGMFARDEPPAYKKNSYGVHPYYMALEEDGS
AHGVLLLNSNAMDVTLQPTPALTYRTTGGILDFYIVLGPTPELVTQQYTELIGRPAMIPY
WALGFQLSRYGYENDAEISSLYDAMVAAQIPYDVQHVDIDYMNRKLDFTLSANFQNLSLL
IEQMKKNGMRFILILDPAISGNETQYLPFIRGQENNVFIKWPDTSDIVWGKVWPDLPNVI
VDGSLDHATQVKLYKAYVAFPDFFRNSTAAWWKKEIEELYANPREPEKSLKFDGLWIDMN
EPSNFVDGSVRGCSDEMLNNPPYMPYLESRDNGLNSKTLCMESQQILPDGSPVKHYNVHS
LYGWSQTRPTYEAVQEVTGQRGVVITRSTFPSSGRWGGHWLGDNTAAWDQLGKSIIGMME
FSLFGIPYTGADICGFFGDAEYEMCVRWMQLGAFYPFSRNHNNIGTRRQDPVAWNSAFEM
LSRKVLETRYTLLPYLYTLMHKAHVEGSTVVRPLLHEFTDDRTTWDIDRQFMLGPAILIS
PVLETSTFEISAYFPRARWYDYSTGTSSQSTGQRKILKAPLDHINLHVRGGYILPWQEPA
MNTHSSRQNFMGLTVALDDNGKAEGQMFWDDGQSIDTYENGNYFLANFIAAQNILQIQTI
HNKYLSDSNPLKVRYIRIWGVNSTYVTQVNFTYDNQQFMETNFTSDPHNQTLTIQLTNNT
INLEKLTEVIWIDGDPVLSTTTETSTISMSSHPSPSTTNATSSETITSSASANTTTGTTA
TVPITTTSFPSTTGVTTSTTVPDTTAPFPTITTTASTNATVPITTTPLATSTTGVTTSTT
VPDTTAPFPTSTTTASTNATVPITTTPLATSTTGVTTSTTVPDTTAPFPTITTTASTNAT
VPITTTPLATSTTGVTTSTIVPDTTAPFPTSTTTASTNATVPITTTPFATSTIGVTTSTT
VPDTTAPFPTSSTGASTRASVPITTTPFPTNTADANTNNTVPNTTMPSPTGSTTVSTIAT
IPISVTPSLTSTADATISTTVLIATTPSLTSTTDVSTSTTINDISTPFQTNTTNASTSTN
VANITATSHTSTDDTVPNNTVPITAIPSFANTGVDTTSNSFSIMTTSFSENSNDMDSAVI
MVTTSPTSADVASTNNDASVTNSLLATMSAGNTTSNSISITTTSFGNSVPIVTTPSPSTD
ATTTSNNTIPGMTTYYQTSPTTPTHTLTPILSMFSTSNTFTTDKITNFTTPTNANTMIFN
TLDTKSTMIIDAMVTTTSTKDNTISPDTTVTSTDKFTTHITQFTTPHSTTTTTLALSHTS
LAPTNHSNLGTMDITDADNSSSVTGNTTHISVSNITTVSDAITATGLDSQTPHMVTNSVA
SYLPITATSATKDTTSITKYALNTTTPDSTVHTSATAPTYITNAINATQVP
NT seq 7536 nt   +upstreamnt  +downstreamnt
atggcaaggaagctcagtgtattggaagtccttctgatcatcttctgcctaattgtggtg
gtcatagatatcctcttgctgcttcttgtgttggaggaaccttcagatacttcatttact
ccagagtgcccagatattccccactcggaaaggatagactgcatacctgaccaggaggtg
accgaggatatctgcagatggcaatataagtgctgctggtcacctgtggaggatgccaat
gtccctaggtgcttcttcccctgtaactggggctatgaagccagcaatggccatacaaat
acaagcacaggatttactgcccagttgaaaaggttgccgtccccatctctgtttggaaat
gatgtcgccaccacccttttcacagctgaatatcagacatccaatcggtttcattttaag
atcactgactacaataacatacgctatgaagtttcccatgaaaatattaggctggttgat
gggactgctgatgcctccaatttgagctattatgtggaggttactgataaacctttcagc
atcaaaataatgaggacaagcaacagaagagtcttgttggacactagcatcgggcccctc
cagtttgcccagcagtacctgcaactgtctttccgactgcccagtgccaatgtgtatggg
ctgggagaacatgtgcaccagcagtaccgccacaacatgacctggaagacctggcccatc
ttcacccgggatgccacccccaccaaggacatgattaatctgtatggagctcatacattc
ttcttgtgccttgaagacgccagtggctcctcttttggagtttttctgatgaacagtaat
gccatggaggttacccttcagccagctcctgcaatcacttatcgcacgattggaggcatt
cttgacttctatgtattcctaggaaacactccagaacaagtggttcagcaatacttggag
cttgttggacggccattcttgcctccctattggagtcttgggttccagcttagtcgcagg
gattatggtggcatcaataaattgaaagaagttgtaagccgaaatcgtttagctgagata
ccatatgacgtccagtactctgacatagactacatggatggaaagaaggatttcactgtt
gatgaagtcgcttactctggtctcccagattttgtcaaggagttacatgaaaatggacag
aaatatgttattattatgaatcctggcatctccaaaaactctaactacgagccctataat
aatggaagcctaaagagagtgtggatcttggggaacaatggctttgctgttggggaggga
tatccgggaccgacagtctttcccgattataccaatccagtatgcactgagtggtggata
gatcaggttgctaaatttcatgatcgtctggagtttgatggagtgtggattgaaatgaat
gaagttgctagcttactccaagcttctaatgaccagtgtgaatccaacaacttgaacttt
cctccttttcttcctagagttctggatcacttactttttgcaagaactctctgcatggac
acggagtttcatggaggccttcactatgacatccacagcttgtatggccactccatggca
agaaccacaaacttagccctggagaccgtcttcatgaataataggagcttcatcttatcc
cgttcaacttttgctggatctggccaatttgctgctcattggctgggggacaatgcggcc
acatgggatgacctccgatggtcaatccccactatccttgagttcaacctgtttggcatc
cctatggtaggtgccaacatctgtggttataccaacaatgtcacagaggagctctgcaga
aggtggatgcagcttggagcattttatccactaccaaggaatcacaatgggcctgggttc
agggaccaggatcctgctgcctttggtgctgattccctgctgctgagttcctccagacat
tatctgaacatccgctacaccttgctgccctatctctatacccttttctaccgtgctcac
acccagggagagacggtggcaaggccccttgtacatgagttctaccaggactcagccacg
tgggatgtgcatgagcagttcttatggggacctggactcctcatcacgcctgttttatat
gaaggtgtggacgaagtgaaagcatacatacctgatgccacctggtatgactatgagaca
ggagtggccatcccgtggaggaagcagttggtgaatatgcttctcgcaggtgataagata
ggacttcatctgcgagggggctacatatttcccactcagaagccgaacacaaccacagaa
gccagccggaggaattccctgggactcatcatcgccttggactataagagagaagcgaag
ggggagctgtactgggatgacggtgtatctaaagatgctgtaactgaaaagaagtatatt
ctatatgatttctctgttacctctaaccatctacaagcaaagattataaataataattat
acggacactgacaacctcatgtttacagatatcacaatcttgggaatggacaaacagcca
gctaattttaccgtcttactgaataatgtcgccacctccagtccaagtgttgtctacaat
gcttccacaaaggtggtaaccatcactgatctccaaggactcgtactgggacaagaattc
tctattaggtggaatcttcctgtcagtgacctggagaagttcaactgctaccctgacgat
ccaacagcctctgaggagagttgtcggcagcgggggtgtctttgggaggacacatctact
cctggagtgcccacctgttactatgacactatccctaattatgctgctagtgacattcag
tatctgagcaccagcatcactgcagacctttccctcctgatggcctctgagtcagctgct
gctgctgctgctgctgcctctgattctctctctgcacagatcagcttcctccgcctgaat
gtgatctatcacacagcaaccatgctgcaggtcaagatctatgaccccagtaataaaagg
tatgaggttccagtatcactgaacacccctccccaaccagttggtgaccctgaaaaccgt
ttgtatgatgtcaggattcagaacaatccttttggaatccagatccaacgcaaaaactcc
agcactgtgatttgggattctcaactccctggcttcaccttcaatgacatgtttctctcc
atttctacgcgtctgccctctcagtacatctatggctttggggaaactgagcacacgact
ttcagaagaaacatgacctggaacacatgggggatgtttgctcgcgatgagccacctgcg
tacaagaagaattcctatggtgtccacccttactacatggcactggaggaggatggtagt
gcccatggagtgctcctgctaaatagcaatgccatggatgtgacattacagcccacccct
gccctgacataccgcaccaccggaggaattttggacttctacattgttttggggccaacc
cctgaacttgtaactcagcaatacaccgagttgatcggtcggccagcaatgattccatac
tgggccttgggattccagttgagtcgctatggatacgagaatgatgctgaaatctccagt
ttgtatgatgcaatggtggcagcccagattccctatgacgtccagcatgtagacatcgat
tacatgaaccggaagctggatttcaccctcagtgccaactttcaaaacctcagtcttctg
attgagcaaatgaagaaaaatggcatgagatttattctcattttggacccagccatttct
ggcaatgagacacagtatctcccattcattagaggacaggaaaataacgtgttcatcaaa
tggcctgacaccagtgacattgtctgggggaaggtttggccagatctgcctaatgtaatt
gtagatggatcccttgaccatgcaactcaggttaagctctacaaggcctacgttgccttt
cctgacttctttcgtaacagcacagctgcgtggtggaagaaagagatagaagagctctat
gcaaaccctcgagaaccagagaagagcctgaagtttgatggattgtggattgatatgaat
gagccatcaaactttgtggatggatctgtcaggggctgcagcgatgaaatgctaaataac
ccaccctatatgccatatttggaatctagggacaacggcctgaacagcaagaccctgtgc
atggagagtcagcagatcctgccagacggctcccccgtgaaacactacaatgtgcacagc
ctgtacgggtggtcccagaccagacccacatacgaagctgtgcaggaggtgacaggacag
cgaggggtcgtcatcacccgctccacatttccctcttctggacgctggggaggacactgg
ctgggagacaatacagctgcgtgggaccagctggggaaatctatcattggcatgatggag
ttcagtctctttggaataccttatacaggagcagatatctgtgggttctttggagatgct
gaatatgagatgtgtgttcgctggatgcagctgggggcattttatccattttccagaaac
cacaacaacatcgggacaaggagacaagatcctgtggcctggaattcagcctttgagatg
ttatccagaaaagtcctagagaccagatacaccctgcttccttatctctatactctgatg
cataaagctcacgttgagggcagcactgttgtccgaccccttctccatgagtttacggat
gacaggacaacatgggatatagaccgtcagttcatgttgggtcctgctatcttaatcagc
cctgtgttggaaactagcacatttgagatctctgcttattttccgagagcccgttggtat
gactatagcacgggaactagcagccaatcaacaggtcagaggaaaatcctgaaggctccc
cttgaccacatcaaccttcatgtcagaggaggctacatcctgccctggcaagagcctgca
atgaacactcactccagtcgacagaattttatgggattgactgttgctttggatgacaat
gggaaagctgaaggccagatgttctgggatgatggacaaagcattgatacctatgaaaat
ggaaattattttttggcaaactttatagcagctcagaacatcctgcaaatccagaccata
cacaataaatatttgagtgactcgaatccactaaaagttagatatattagaatctggggt
gtgaactctacttatgtgacacaagtcaatttcacctatgacaaccagcaatttatggag
acaaatttcacgagtgaccctcataatcagacactaactattcaattgactaacaacact
atcaacctggaaaagttaactgaggttatttggattgatggtgatcctgtactttccact
acaactgagacaagcaccatctcaatgagttctcatccttctccatctactaccaatgcc
accagttctgagacaatcaccagttctgccagtgcaaataccaccactggcactactgct
actgttcccatcacaaccacatctttcccaagtactactggtgttacaactagtactact
gttcctgatacgaccgctcctttccctacaattactactactgctagcactaatgctact
gttcccatcacaaccacacctttggcaacaagtactactggtgttacaactagtactact
gttcctgatacgaccgctcctttccctacaagtactactactgctagcactaatgctact
gttcccatcacaaccacacctttggcaacaagtactactggtgttacaactagtactact
gttcctgatacgactgctcctttccctacaattactactactgctagcactaatgctact
gttcccatcacaaccacacctttggcaacaagtactactggtgttacaactagtactatt
gttcctgatacaactgctcctttccctacaagtactactactgctagcactaatgctact
gttcctatcacaaccacaccttttgcaacaagtactattggtgttacaactagtactact
gttcctgatacaactgctcctttccctacaagtagtactggtgctagcactagggctagt
gttcctattacaaccacacctttccctacaaatactgcagatgctaacactaataatact
gttcctaataccactatgccttctcctacaggtagtactactgtgagtactattgctacc
attcccatttcagtgactccttctctgacaagtactgctgatgccaccattagtactact
gtacttattgccactactccttctctaacaagtactactgatgttagcactagtactact
attaatgatataagtactccttttcaaacaaatactactaatgctagcactagtactaat
gttgctaatataactgctacctctcatacaagtactgatgatactgttcctaataatact
gttccaattacagctattccttcttttgcaaatactggtgttgacactactagcaacagt
ttttctattatgaccacttctttctctgaaaatagtaatgatatggactctgctgttatt
atggtaaccacttctcctacaagtgctgatgttgctagcacaaataatgatgcttctgtg
acaaattctcttttagctacaatgtctgctggtaatacaactagtaatagtatttccata
acaactacttcttttggtaatagtgttcctattgtgactactccttctccaagtactgat
gctactactacaagtaataatactattcctggcatgactacttattaccaaacttctcct
accactcctacccatactcttactcctattttgagcatgttttcaacaagtaatacattc
actactgataaaattactaattttactacccctacaaatgcaaacaccatgattttcaac
actcttgatacaaaaagtaccatgataatagatgctatggtcactactaccagcaccaaa
gataataccataagtccagatacaacagttacttccacagacaaattcaccacacacatc
acacagttcactactccccattctactactactacaacactggccttaagccacacatca
ttagctcctacaaatcattctaatctaggcaccatggatattactgatgcagataactcc
agcagtgttacaggtaacactacacacatttccgtttcaaatatcacaacagtctcagac
gcaataacagctactggtctagattcacagactccccacatggtaacaaattctgtggct
agttatttacctattactgcaactagtgctaccaaagatactacaagtattacaaaatat
gctttaaatactaccactcctgatagtacagtacatacctctgctactgcacctacttat
attacaaatgccataaatgctactcaagttccatga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (9)   
   KEGG COMPOUND (9)   
Chemical reaction (10)   
   KEGG ENZYME (2)   
   KEGG REACTION (8)   
Genome (1)   
   KEGG GENOME (1)   
Gene (61)   
   KEGG ORTHOLOGY (1)   
   RefGene (56)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (94)   

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