KEGG T01003: 312272

Rattus norvegicus (rat): 312272

Entry

312272 CDS T01003

Gene name

Mgam

Definition

maltase-glucoamylase

Orthology

K12047

maltase-glucoamylase [EC:3.2.1.20 3.2.1.3]

Organism

rno Rattus norvegicus (rat)

Pathway

rno00052	Galactose metabolism
rno00500	Starch and sucrose metabolism
rno01100	Metabolic pathways
rno04973	Carbohydrate digestion and absorption

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:rno00052]
Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:rno00500]
Organismal Systems; Digestive system; Carbohydrate digestion and absorption [PATH:rno04973]

SSDB

Motif

Pfam:

Glyco_hydro_31 Trefoil Gal_mutarotas_2

Other DBs

NCBI-GI:

392339911

NCBI-GeneID:

312272

RGD:

1308368

Position

4q22

AA seq 2147 aa
MYSCLVSGFSQRLLGPRHNQDIVGSGHLSGPEDTVVSNLTEVPEIQMARKLSVLEVLLII
FNVIVLAVDILLLLLLLESPPGAFTPECPDISESERIDCAPGQVVTEDACRWQRKCCWKP
VADPKVPACFFPRNWGYEVTSVPTNTSTGLTAKLKKLSSPSLFGNDIADALLTAEYQTSS
RFHFKITDFNEIRYEVPYENINLVNGTAENSSLSYDIEVIKKPFSIRVLRKSNQRVLLDT
GIGPLQFDQQYLQLSFRLPSSNVYGLGEHVHQQYLHNMSWNTWPIFTRDTTPRQGMINLY
GAHTFFLCLEDTSGASFGVFLMNSNAMEVTLQPAPAITYRTTGGILDFYIFLGNTPEQVV
QEYLEVVGRPFLPSYWSLGFQLSRRDYGGIDGLRQVVQRNRDAEIPYDVQYSDIDYMNGS
RDFTIDEQAYPQLSDFAKDLHDNGQKYVIILNPGIISNTNDEVYFNGSKNRVWIMSSRGF
ATGEGYAGESVFPDFTNPASLPWWTQQVTEFYNRLEFDGVWIEMDELATLPPAPKCELNN
LNHPPFTPNYSRALDAVFSSKRNFLLSRSTFAGSGKFAGHWLGNNAASWDDLRWSIPSIL
EFNLFGIPLVGANICGYENNVTEELCTRWMQLGAFYPLSRNHNGPEYRDQDPAAFGPNSL
LLQSSRHYLNIRYTLLPYLYTLFYRAHTLGETVARPLVHEFYQDPATWAVHEQFLWGPGL
LITPVLYEGKEEAKAYIPDAIWYDYETGLAVQWRKQFIDMPLPRDRIGLHLRGGYIFPIQ
EPNITTEASRKNPLGLIVALDYKREAKGQLYWDDGVSKGTVSEKNYLLYDFSVTSNHLQA
KIINGNYVDPNNIMFTDIRILGMDKEPTDCNVLFNGNKISTSTCNYNASAKVLIISNLTG
LKLGQEFSIEWKLVVNDLEKFNCFPEDPAVSEERCKQRGCLWEQTTAPGVPICFYDTIPQ
YAASNIQYQPTGITMDLTLLENSTSAQAAAAPRVVSDPLSGKINSLRLSVTYHTENMLQV
KIYSTSNKRYEVPVPLNIPSSPLGYSENCLYDVSVKTNPFGLQIQRKSSGTVIWDTQLPG
FTFSEMFLSISTRLPSHYIYGFGETDHTSLRRNMSWNTWGMFARDEPPLYKKNSYGVHPY
YMALEDNSNAHGVLLLNSNAMDVTLQPTPALTYRTIGGILDFYMVLGPTPELVTQQYTQL
IGRPAMPPYWALGFQLSRYGYQSDAEIGNLYSAMVAARIPYDVQHVDIDYMDRKLDFTLS
PNFQNLSVLINQMKTNGMRFILVLDPAISGNETHYLTFTRGQENNVFIKWPDSNDIVWGK
VWPELPNVNVDGSLDLETQLKLYRAYVAFPDFLRSSTASWWKKEIEELYSNPREPQKSLK
FDGLRIDMNEPSNFVDGAVGGCRSEILNNPPYMPDLEARNVGLSSKTLCMESEQILPDGS
RVQHYDVHSLYGWSQTRPTYEAMQEVTGERGIVITRSTFPSSGRWGGHWLGDNTAAWDQL
RKSIIGMMEFSLFGIPYTGADICGFFGDAEYEMCIRWMQLGAFYPFSRNHNTAGTRRQDP
VSWNSTFEGYARNVLLIRYALLPYLYTLMHKAHTEGSTVIRPLLYEFTDDNTTWDIDHQF
MLGPAILISPVLESDTFEIRAYFPRARWYKLLTGSGNNSAGEWKTLEAPLDHINLHIRGG
YILPWQVPGMNTYFSRRNFMGLTVALDNDGKAEGQLFWDDGQSIDTYEKGNYFLATFIAE
MELFIQLDAWNMTLEKLSKVIWVYGHPTLPTPNATSAFPASSFPPGFSTETVTSPALTTT
SEVTTTFITLLPNTTTSLPTQPPSTNTSNVMPVTTTSTETSPVASTTSTTFPGITTLFPT
TSYTNTSDIYPETISTPDTSPVVSTTNTTFPDITTPFPTTSSHTNTSDVFPETTPTPVTS
PVVSTTSTIFPGITTPFPTSPTTANTSDVIPVTTATPQTSTVDNTTSTTFFGTTTPFPIT
SSHANTSAVFPETTPTPATSPVVNTTNTTFPSTTTPFPTTSSHTNTSDVFPETTTAPETS
PVVNITNTTFPGIITPFPTSPTTANTSDVIPVTIATPQTSTIDNKTNTTFSGTTTPFPTT
SSHTNTSDVFPETTTTPETSPVVNITNTTFPGINTPFPTSSTIANSR

NT seq 6444 nt +upstreamnt +downstreamnt
atgtatagctgcctggtttcagggttttctcagagactcttaggccccaggcacaaccag
gacattgttggatctggtcatttgtctggccctgaagacactgtggtcagtaatctcact
gaggttccagagattcagatggcgaggaagctcagtgttttggaagtcctcctgatcatt
tttaatgtgattgtactggcagtagatatacttttgctgcttctcttgctggagagccca
ccaggtgcgtttactcctgaatgtccagacatctctgagtcagaaaggatagactgtgca
cctggccaggtggtgacagaggacgcctgtcgatggcagcgtaaatgctgctggaagcca
gtggcagatcccaaagtccctgcatgcttcttccctaggaactggggttatgaagtcacc
agtgtccctacaaatacgagcacagggttaactgccaagttgaagaaattgtcatcccca
tctctttttggaaatgatattgctgatgccttattgacagctgaataccaaacatccagt
cgttttcattttaagatcactgatttcaatgagatacgatatgaagtcccttatgaaaac
atcaacctcgtaaatgggactgctgagaattccagtttgagctatgacatagaggtcatc
aagaagccattcagcatccgagtactacggaagagcaaccaaagagtcttgctggatact
ggcattgggccgctccaattcgaccagcagtacctgcagctctctttccgactgcccagc
tctaacgtgtatggactcggggaacacgtgcatcagcaatacctccataacatgagctgg
aacacctggcccatctttaccagagacaccactcccaggcagggcatgattaatctttat
ggagcacacacattcttcttgtgcctggaagataccagtggggcttcttttggagtattt
ctgatgaacagcaatgccatggaggtcacacttcagcctgctcctgccattacttaccgc
acaactgggggaattcttgacttttacatcttcttgggaaacacgccagagcaagtcgtt
caggagtacctggaggttgttggtcgaccattcttgccttcttattggagccttggtttt
cagctcagccgcagggattatggtggcattgatgggctgagacaggttgtacagcgaaac
cgtgatgctgagatcccatatgatgtgcaatactcggacatagactacatgaatggaagt
agagatttcactattgatgaacaggcttacccccagctctcagattttgcaaaggaccta
catgataatggacagaaatatgtaattattctgaatcctggcatcatcagcaatactaat
gacgaggtctacttcaatggaagcaagaacagagtctggatcatgagctccagaggcttt
gctactggggagggttatgcaggagagtcagtctttcccgactttaccaatccagcctct
cttccatggtggacccagcaggtcactgaattttacaaccgtctggagtttgatggtgtg
tggattgaaatggatgaactagccacgctccccccagctcccaagtgcgagttaaataac
ttgaaccaccctcccttcactcccaattattctcgggccctggatgctgtcttctcttcc
aagaggaacttccttttatcacgttctacttttgctgggtctggcaagtttgctggtcat
tggctgggaaacaatgcagccagctgggatgatctcagatggtctatccccagtatcctt
gagtttaatctatttggcatccccctggtaggagccaacatctgtggctatgaaaacaat
gtcacagaagaactttgcacaaggtggatgcaacttggagcattttacccactatccagg
aatcacaatggtcctgagtacagagaccaggaccctgctgcctttggccctaactctctg
ctattgcaatcatcgagacattatttgaacatccgctataccttactgccgtatctctac
actctcttctaccgagctcatactctgggagagaccgtagcaagacccctggtacatgaa
ttctatcaggacccagccacatgggctgtacatgagcagttcttatgggggcccggactc
ctcatcactcctgtgttgtatgaaggcaaggaggaagcgaaagcctatatcccagatgcc
atctggtatgactatgagacgggactggctgtccaatggagaaaacaatttatagacatg
ccactaccacgtgacaggataggacttcaccttcgaggtggctacatatttcccattcaa
gaaccaaacataaccacagaggccagccggaagaatcccttgggactcatcgttgccttg
gattataagcgagaagcaaagggccaactgtactgggatgatggtgtgtctaaaggcaca
gtgtctgaaaagaattaccttctctatgatttttctgttacatctaatcatttacaggca
aaaattataaatggtaactatgtggatcccaataacatcatgttcacagacatcagaatc
ttagggatggacaaagaaccaactgattgtaatgttttatttaatggcaataagatctct
acttcaacctgcaactacaatgcttccgcaaaggtgttgatcattagtaacctcacggga
ctgaaactgggacaggaattttccattgagtggaagcttgtagtcaatgacctggagaaa
tttaactgcttccctgaggatcctgccgtatcagaggaaaggtgcaagcagcgagggtgc
ctctgggagcaaacaactgctcctggagtgcctatctgtttctatgacaccattccccag
tatgctgccagtaatattcagtaccagcccacaggcattaccatggacctgaccctcctg
gaaaactcaacatctgcccaggcagcagcagctccaagagttgtctctgatcctctttct
ggaaagatcaactctcttagactgagtgtgacttaccatacagaaaatatgctgcaggtc
aagatttacagtaccagtaacaaaaggtatgaagtcccagtacctctgaacattccttct
tcaccactgggctactctgagaactgcctgtatgatgtaagtgttaagaccaacccattt
ggactccaaattcaacgtaaaagctccggtactgtgatttgggatactcagctccctggc
ttcaccttcagtgagatgttcctttccatttcaactcgtcttccctctcattacatctat
ggctttggggaaacagaccatacatctttgagaagaaatatgagttggaacacatgggga
atgtttgctcgggatgagccaccattgtacaagaaaaattcctatggtgttcacccttat
tatatggcattggaagataatagtaatgctcatggagtgctcctgttgaacagcaatgcc
atggatgttacactccagcccacccctgccctgacataccgcaccataggagggattctg
gacttctatatggttttggggccaacacctgaacttgtaactcagcagtacacccagttg
attggtcggccagccatgcctccatactgggccttaggtttccagctgagtcgctatgga
taccagagtgatgctgaaattggcaatttgtattctgcaatggttgcagcaagaattcct
tatgatgtgcagcatgtagacattgattacatggaccggaagttggacttcaccctcagc
cccaactttcaaaatctcagtgtcctgattaatcaaatgaagacaaatggcatgagattt
attctcgttctggatccagctatttctggcaatgagacacactatctcacattcactcga
ggacaggaaaacaatgtgttcatcaaatggcctgattccaatgacatcgtctggggcaag
gtgtggccagagttgcccaatgtaaatgtggatggatcccttgacctcgagactcaactt
aagctatacagggcctatgttgcttttcctgacttcctgcgtagcagcacagcctcatgg
tggaagaaggagatagaagagctctattcaaatcctcgggagccacagaagagtttgaag
tttgatgggctgcggattgatatgaatgagccttcaaactttgtggatggagctgttggg
ggctgccgcagtgagattctcaataatccaccctacatgcccgatttggaagccaggaat
gtgggcttgagcagcaagactttatgcatggaaagcgagcagatccttccagatggctcc
cgggtgcagcactatgatgtgcacagtctatatgggtggtctcagaccagacccacctac
gaagctatgcaggaggtgacaggagagagagggatcgtcatcacccgctccacattcccc
tcttctggacgctggggaggacactggctgggagacaacacagctgcctgggaccagctg
cggaaatccatcattggtatgatggagttcagtctgtttggaataccttatacaggagca
gatatttgtgggttctttggagatgctgagtatgagatgtgtatccgctggatgcaactg
ggagccttttatccattttccaggaaccacaacacagctggaactaggagacaagaccct
gtgtcctggaattcaacttttgaaggctacgcaagaaacgtgttgcttatcagatatgcc
ctgctgccatatctgtatactctgatgcacaaagctcacacagagggcagcactgtcatc
cgaccacttctctatgagttcacagacgacaatacaacatgggatatagaccaccagttc
atgctgggcccagccatcctgatcagccctgttctggaaagtgatacatttgagatccgt
gcttatttccctagagcccgttggtataaacttcttacgggatctggcaacaattcagca
ggtgagtggaaaacacttgaggctcctctggaccacatcaatcttcacatcagaggaggc
tacatcctgccttggcaagtgcctggaatgaacacttacttcagtcggcgaaattttatg
ggattgactgttgctttggataatgatgggaaggccgaaggtcaattgttttgggatgat
ggacaaagcatcgatacatatgaaaaaggaaactatttcttggctacctttatagcagaa
atggaactatttattcaattggatgcatggaatatgaccctagaaaaactgagtaaagtt
atttgggtttatggacatcctacacttcccacaccaaatgcaaccagtgcatttcccgca
agctctttcccacctggatttagcactgaaactgtgaccagtcctgctctcacaaccaca
tctgaagtaacaactactttcataaccctacttcctaatacaactacatctctccctaca
caacctccttccactaacactagcaatgtgatgcctgtcacaactacatctactgagaca
agtcctgttgccagtacaactagcaccacatttccgggcataactacacttttccctaca
acttcttatactaacactagtgatatatatcctgaaacaatttcaacccctgatacaagt
cctgttgtcagtacaactaataccacatttcctgacataactacacctttccctacaact
tcttctcatactaacactagtgatgtatttcctgaaacaactccaacccctgtgacaagt
cctgttgtcagtacaactagtactatatttcctggcataactacacctttccctacaagt
cctactactgctaacactagtgatgtgattcctgtcacaaccgcaactcctcaaacaagt
actgttgacaatacaactagcaccacattttttggcacaactacacctttccctataact
tcttctcatgctaacactagtgctgtatttcctgaaacaactccaacccctgcaacaagt
cctgttgtcaatacaactaataccacatttcctagcacaactacacctttccctacaact
tcttctcatactaacactagtgatgtatttcctgaaacaactacagcccctgagacaagt
cctgttgtcaatataactaataccacatttcctggcataattacacctttccctacaagt
cctactactgctaacactagtgatgtgattcctgtcacaattgcaactcctcaaacaagt
actattgacaacaaaactaacaccacattttctggcacaactacacctttccctacaact
tcttctcatactaacactagtgatgtatttcctgaaacaactacaacccctgagacaagt
cctgttgtcaatataactaataccacatttcctggcataaatacacctttccctacaagt
agtactattgctaactctaggtga

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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
   RGD (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (36)   

Download RDF

DBGET integrated database retrieval system