KEGG T01007: 482756

Canis familiaris (dog): 482756

Entry

482756 CDS T01007

Definition

maltase-glucoamylase, intestinal-like

Orthology

K12047

maltase-glucoamylase [EC:3.2.1.20 3.2.1.3]

Organism

cfa Canis familiaris (dog)

Pathway

cfa00052	Galactose metabolism
cfa00500	Starch and sucrose metabolism
cfa01100	Metabolic pathways
cfa04973	Carbohydrate digestion and absorption

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:cfa00052]
Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:cfa00500]
Organismal Systems; Digestive system; Carbohydrate digestion and absorption [PATH:cfa04973]

SSDB

Motif

Pfam:

Glyco_hydro_31 Trefoil Gal_mutarotas_2

Other DBs

NCBI-GI:

345781498

NCBI-GeneID:

482756

Position

AA seq 2114 aa
MARKLTILEVLLIIFFLTVLALDIFLMFFVLNIEATAFAPECPEIPESERIDCAPGQVVT
EDVCRQQHRCCWKPVSDINVPTCFFPRNWGYKVIDSQNNTRTALEFTAHLKKLSFPSLFG
YDVDEAFFTAEYQTSNRFHFKINDTNNIRYEVQHENINLFNRTNRAINFNYYLEVIHKPF
SIKIIRKSNGRVLLDTSIGPLQFAQQYLQLSFRLPSATVYGLGEHVHQQYRHNMTWKTWP
IFTRDAAPTEGMINLYGAHTFFLCLEDISGFSFGVFLLNSNAMEVTLQPAPAITYRTTGG
ILDFYVFLGNTPEQVIQEYLELIGRPFLPPYWSLGFQLSRRNYGGINGLKEVVNRNRLAQ
IPYDVQYSDIDYMDGNKDFTIDKVAFSNLSNFVNELHNQGMKYVIIMNPGISNNSGYQPY
VNGSTKRVWILGDNGFVLGKGYPGWTVFPDYSNPTCVEWWREQFSAFNKILQFDGVWIEM
DEVSSFLQDSDRKCERNSLNFPPFVPQILDRSLFAGTLCMDAELYWGLHYDVHSLYGYSM
AKATHSAMENIFPGKNNFILSRSTFAGSGKFAGHWLGDNAATWDDLRWSIPSILEFNLFG
IPMVGANICGYTKNVTEDLCTRWMQLGAFYPLSRNHNGPEFRDQDPAAFGEHSLLLKSSR
HYLNIRYTLLPYLYTLFYRAHTRGDTVARPLVHEFYQDPATWDVHEQFLWGPGLLITPVL
YEGVDLVKAYIPDAIWYDYETGVAMQWRKQSVEMQLPLDKIGLHLRGGFIFPTQQPSTTT
EISRKNSLGLIVALDYKREAQGELYWDDGVSKDTVTEKYILYNFSVTSNRLQAKIINNTY
MDPDNLMFTDIIILGMDKQPTNFTVLLSNSPTPVSNVNYNVSSKVVKISDLKGLVLGQEF
SIGWKLPVSDLEKFNCYPEDPAVSEENCRQRGCLWESTTLPGVPTCYYDTIPSYAASNIQ
YLPTGITTELAYLGAPNSARAASASGSLSATVSFLQLSVIYHTENMLQFKIFDPTNKRYE
VPVPLNTPPSPSGSPENRLYDVRIQNNPFGIQILRKNSSTVIWDSQLPGFTFNDMFLSIS
TRLPSQYIYGFGETEHTAFRRDMNWTMWGMFARDEPPAYKKNSYGVHPYYMALEEDGSAH
GVLLLNSNAMDVSFQPTPALTYRTTGGILDFYIVLGPTPELVTQQYTELIGRPAMTPYWA
LGFQLSRYGYQNDIEISQLYDAMMAAQIPYDVQHVDIDYMDRKLDFTLSPNFKNLSLLID
EMKKDGMRFILILDPAISGNETQYLPFTRGQENNVFIKWPGKNDIVWGKVWPDLPNVNVD
TSLDHETQVKLYRAHVAFPDFLRNSTVAWWKTEIKELYLNPRDSTKSLKFDGLWIDMNEP
SNFVNGSVKGCSDEILNNPPYMPYLESRDKGLSIKTLCMESEQILPDGSRVRHYDVHSLY
GWAQTRPTYEAVQEVTGQRGVVITRSTFPSSGRWGGHWLGDNTAAWDQLKKSIIGMMEFS
LFGIPYTGADICGFFGNAEYEMCIRWMQLGAFYPFSRNHNTMGTRRQDPVAWNSTFEMFS
RKVLETRYTLLPYLYTLMHKAHVEGSTVVRPLLHEFTNDRETWVIDCQFMLGPAILISPV
LENNKFQVSAYFPRARWYDYSTESGSVSTGQWKILNAPLDHINLHIRGGYILPWQEPAMN
THASRQKFMGLIVALDDNGEAEGQLFWDDGQSIDTYENGNYFLANFAATQNLLKIQTIHN
KYLSDSNPLKVGYIKIWGVPSTNVTQVTFTYDNQQFMEMNFKSGYQTLIIQLTDKIISLE
KLTEVTWIYGGPVVSTTPMTSTTEFATSPAVPNTTMPSPTGTTGSNSSLPVTDTPFPTNA
SSLTTTPTLPDTTAPLSTAFTTSPAVPNTTMPSPTGTTGSNSSLPVTDTPFPTNASSLTT
TPTLPDTTAPLSTAFTTSPAVPNTTMPSPTGTTGSNSSLPVTDTPFTTNASSMTTTHTLT
DTTAPLTTAFTISPAVPKTTMPAPTGTTGNIYTTSTNTTAIPTTSTLNSTGYAVNITDAD
KSSSVPGNTTYVSISNTTVTLDTLMTARLDAVAHHRTVAFSRDFMLYGVTIDEYKNRYKD
LAVSKIDINQIYKI

NT seq 6345 nt +upstreamnt +downstreamnt
atggcaaggaaactcactatattggaagtccttctgatcatcttcttcctaactgtactg
gccttagatatcttcttgatgttttttgtgttgaatattgaagcgactgcatttgctcca
gagtgcccagagatccctgaatcagagaggatagactgtgctcctggccaggtggtgaca
gaggatgtctgccgccagcaacataggtgctgctggaagcctgtgtcagatattaatgtc
cctacgtgcttcttccccaggaattggggctacaaagtcattgatagccagaataataca
aggacagccctagagtttacagcccacttgaaaaagttgtcattcccatctctgtttgga
tatgatgtcgacgaagccttcttcacagctgagtatcagacatccaatcgtttccatttt
aagatcaatgataccaataacatacgctatgaagtccagcatgaaaatattaacctgttt
aataggactaatagagccatcaatttcaactattacctagaggtcattcataaacccttc
agcatcaaaataataaggaagagcaatggaagagtcttattggacacgagcatcgggccc
ttgcagttcgcccagcagtacctgcagctgtccttccgactgcccagtgccactgtgtat
gggctgggagagcatgtacatcagcagtaccgccacaacatgacctggaagacctggccc
atcttcactcgagatgctgctcccaccgagggcatgattaatctgtatggagctcataca
ttcttcctgtgccttgaagacatcagtggcttctcttttggggtttttctgttgaacagt
aatgccatggaggtcaccctccagcctgctcctgcaatcacttaccgcacaactggaggc
atccttgacttttatgtattcctgggaaatactccagaacaagtgattcaggaatacctg
gagctcattggacgaccgttcttgcctccctactggagtcttggtttccagctcagtcgc
aggaactatggtggcatcaatggattgaaggaggttgtgaaccgaaatcgtctagctcag
atcccttatgatgtccagtactctgacatagactacatggatggaaataaggatttcact
attgataaagtggctttctctaatctctcaaattttgtcaacgagttacataaccaagga
atgaaatatgtaatcattatgaatcctggcatctcaaataactctggctaccagccctat
gtgaatggaagtacaaagagagtatggatcttgggggacaatggctttgttcttgggaag
gggtacccaggatggacagtgtttcctgattatagtaatccgacttgcgttgagtggtgg
agagagcagttcagtgcatttaataaaattctccagttcgatggagtgtggattgaaatg
gatgaagtctccagctttctccaagattccgatcgcaagtgtgagcggaacagcttgaac
tttcctcctttcgttccccaaattctggaccgctcactttttgccggaaccctctgcatg
gatgcagaactttactggggtcttcactatgatgtccacagcttgtatggctactccatg
gcaaaagctacacactcggccatggagaatatctttcccggaaaaaataacttcatctta
tcccgctctacttttgctggatctggcaaatttgctggacattggttgggggataatgcc
gccacatgggatgatctccgatggtccatcccaagtatccttgagttcaacctatttggt
atccccatggtaggtgccaacatctgcggttatacaaaaaatgtcacagaggacctctgc
acaagatggatgcagcttggagcattttatccactatcgaggaatcacaatggacctgag
ttcagggaccaggatcccgctgcctttggtgaacactctctgctgctgaaatcctccaga
cattacctgaacatccgctacaccctgctgccctacctctacacccttttctaccgagct
cacacccggggggatactgtagcaaggccactggtccatgagttctatcaggacccagct
acatgggatgtgcacgagcagttcttatgggggcctggactcctcatcacccctgtttta
tatgagggtgtggacctagtgaaagcatacataccggacgccatctggtacgactacgag
accggggtagccatgcagtggaggaaacaatcagtggagatgcagctgccacttgataag
ataggacttcacctccgaggaggcttcatatttcccacccagcaacccagcacaaccacg
gaaatcagtcggaagaattccctgggactcattgttgccttggactataagagagaagca
cagggagagctgtactgggatgatggtgtatctaaagatactgtaactgaaaagtatatt
ctgtataatttttctgtcacctcgaaccggctacaggcaaaaattataaataatacatat
atggaccctgacaacctcatgtttacagatatcataatcttgggaatggacaagcaacct
actaattttactgtcttacttagtaattctcctacccccgtttcaaatgttaactacaat
gtttcatcaaaggtggtgaagatcagtgatctcaagggactggtacttggtcaagaattc
tccattggatggaaacttccagtcagtgacctggagaaattcaactgctatcctgaggac
cctgctgtctctgaggagaattgcaggcagcgggggtgcctttgggagtccacaactctt
cctggcgtgcccacctgttactacgataccatccccagctacgccgccagtaacatccag
tacctgcctacgggcatcaccacagagcttgcctacctgggagcccccaactcagcccga
gcagcctcggcatctggctctctctctgcaacggtcagcttcctccagttgagcgtgatc
taccacacagaaaacatgctgcagttcaagatctttgatcccacaaacaaaaggtacgag
gtcccagtgcctctgaacacccctccttctccatctggctctcctgaaaaccgtctgtat
gatgtcaggattcagaacaatccttttgggatccagattctacgaaaaaactccagcacc
gtaatttgggattctcagctccctggcttcaccttcaacgacatgttcctctccatttct
actcgcctcccctctcagtacatatatggctttggggagacggagcacacagctttcaga
agagatatgaactggaccatgtggggaatgtttgctcgtgatgagccaccagcatacaag
aagaattcctatggtgtccacccgtactacatggcactggaggaagatggcagtgcccat
ggagtgctcctgctaaacagcaatgccatggatgtgtcattccagcccactcctgccctg
acataccgcaccacaggagggattttggacttttatattgttttggggccaacccctgag
cttgtaactcaacaatacactgagttgattggtcggccagcaatgactccatactgggcc
ttgggattccaactaagtcgctatggataccagaatgacattgagatctcccaattgtat
gatgcaatgatggcggcccagattccctatgatgtccagcatgtagacatcgattacatg
gaccggaagctggacttcacactcagccccaacttcaaaaacctcagtctcctgattgac
gaaatgaagaaagatggcatgagattcattctcattctggacccagccatttctggcaat
gagactcagtatctcccattcaccagagggcaggagaacaatgtattcatcaaatggcct
ggcaagaatgacattgtctggggaaaggtttggccagatctacccaatgtgaatgtggat
acatcccttgaccatgaaactcaggttaagctttacagagcccacgttgcttttcctgac
ttcttacgtaatagcacagttgcgtggtggaagacggaaataaaagagctctatctaaac
cctcgagactcaacaaagagcttgaagtttgatggactgtggattgatatgaatgagccc
tcaaactttgtgaatggatctgtcaaaggctgcagtgatgaaattcttaataatccaccc
tatatgccatatttggagtccagggacaagggcctgagcatcaagaccttgtgcatggag
agtgagcagatcctgccagatggctcacgggtgcggcactatgacgttcacagcctgtat
ggatgggcccagaccagacccacatatgaagctgtgcaggaggtgacgggacagcgaggg
gtcgtcatcacccgctccacattcccctcttctggccgctggggaggccactggctgggt
gacaacacggccgcgtgggaccagctgaagaagtctatcattggcatgatggagttcagt
ctctttggaataccgtatacaggagcagatatttgtggcttctttggaaatgccgaatac
gagatgtgtattcgctggatgcaactgggggccttttatccattttccagaaaccacaac
accatggggacaaggagacaagatcctgtggcctggaattcaaccttcgagatgttctca
agaaaagtcctcgagaccagatacaccctgctgccctacctctacactctgatgcataaa
gctcacgtggagggcagcaccgttgtgcggcccctgctccatgagtttacgaatgaccgt
gaaacatgggtcattgactgccagttcatgttgggccctgccatcttaatcagccctgtg
ctggaaaataacaagtttcaggtcagcgcttattttcccagagctcgttggtatgactac
agcacggaatctggcagtgtatcaacagggcagtggaaaatcctgaacgctccccttgac
cacatcaaccttcacatcagagggggctacatcctgccttggcaagagcctgcgatgaac
actcacgccagccgacaaaaatttatgggattgattgttgcactggatgacaatggggaa
gctgaaggccagctattctgggatgatggacaaagtattgatacctatgaaaatggcaac
tatttcttggcaaactttgcagcaactcagaatctattgaaaatccaaaccatacacaat
aagtatttgagtgactcaaacccgctaaaagttggatatattaaaatctggggggtaccc
tctactaatgtgacacaagttactttcacctatgacaaccagcaattcatggagatgaat
ttcaagagtggctatcagacgctgattattcaattgactgacaagattatcagcctagaa
aagctaactgaggttacctggatatacggtggcccagtagtttctactacacctatgaca
agtactactgagtttgcaaccagtcctgctgttcctaataccactatgccttcccccacg
ggcactactgggagtaatagttctcttcctgtcacagacactcctttcccaactaatgcc
tcttcattgaccactactcctactcttcctgataccactgcacctttgtcaactgcattt
acaaccagtcctgctgttcctaataccactatgccttcccccacgggcactactgggagt
aatagttctcttcctgtcacagacactcctttcccaactaatgcctcttcattgaccact
actcctactcttcctgataccactgcacctttgtcaactgcatttacaaccagtcctgct
gttcctaataccactatgccttcccccacgggcactactgggagtaatagttctcttcct
gtcacagacactcctttcacaactaacgcctcttcaatgacaactactcatactcttact
gataccactgcacctttgactaccgcatttacgatcagtcctgctgttcctaaaactact
atgcctgcccctaccgggactactgggaatatttatactactagcactaataccacagct
atccccaccaccagtactctaaatagtacagggtatgcagtaaatattactgatgcagat
aagtctagcagtgttccaggtaacactacctatgtttctatttcaaacaccacagtaacc
ttagatacattaatgacagctcgtctagatgcagtagctcaccatcggacagtggcattt
tccagagactttatgctgtatggtgtcacaatagatgaatataaaaacagatacaaggat
ctagctgtttctaagatagacattaaccagatttacaaaatataa

All links

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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (33)   

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