KEGG   Enhydra lutris kenyoni (northern sea otter): 111151996
Entry
111151996         CDS       T05871                                 
Name
(RefSeq) maltase-glucoamylase, intestinal
  KO
K12047  maltase-glucoamylase [EC:3.2.1.20 3.2.1.3]
Organism
elk  Enhydra lutris kenyoni (northern sea otter)
Pathway
elk00052  Galactose metabolism
elk00500  Starch and sucrose metabolism
elk01100  Metabolic pathways
elk04973  Carbohydrate digestion and absorption
Brite
KEGG Orthology (KO) [BR:elk00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    111151996
   00500 Starch and sucrose metabolism
    111151996
 09150 Organismal Systems
  09154 Digestive system
   04973 Carbohydrate digestion and absorption
    111151996
Enzymes [BR:elk01000]
 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
     111151996
    3.2.1.20  alpha-glucosidase
     111151996
SSDB
Motif
Pfam: Glyco_hydro_31_2nd Glyco_hydro_31_3rd Trefoil Gal_mutarotas_2 DUF5110
Other DBs
NCBI-GeneID: 111151996
NCBI-ProteinID: XP_022365956
UniProt: A0A2Y9JYL6
Position
Unknown
AA seq 1830 aa
MARKKLKDFTTLEIMLSVLLLMVFIITIPLFVLSAKESSESKDPGTTVMPDASTTPESAV
CPVVNEVERINCIPDQPVPTKATCDQRGCCWRPQGTISVPWCYYSRNHGYQMESDLVKTN
AGFTAQLKRLLSPSLFGNDVNNVLLTAEYQTSNRFHFKLTDQSKDRYEVPHEHVQPFKGN
AASPLTYEVMVSQQPFSIKVIRRSNNRVLLDSGIGPLLFADQFLQLSMRLPSANVYGLGE
QVHQQYRHDMNWKTWAMFARDTTPNGDGTNLYGTQTFFLCLEDASGLSFGVFLMNSNAME
VALQPAPAVTYRTIGGILDFYVFLGNTPEQVVQEYLELIGRPVLPSYWALGFHLSRYDYG
TLESLKEVMERNRAAGLPYDVQHADIDYMDERKDFTYDPVNFKGFPEFVKELHNNNQKLV
IIVDPAISNSSSPSNPYGPYDRGSSMKIWVNASDGVTPLIGEVWPGKTVFPDYTNPDCAV
WWAKEFELFHNQVEFDGIWIDMNEISNFVDGSVSGCSTNNLNYPPFTPRILDGYLFCRTL
CMDAEQHWGKQYDVHNLYGYSMAIATAEAVKSVFPNKRSFIITRSTFAGSGKFAAHWLGD
NAATWNDLRWSIPGMLEFNLFGIPMVGADICGFALDAPEELCRRWMQLGAFYPFSRNHNG
QGYKAQDPASFGADSLLLNSSRHYLTIRYTLLPYLYTLFYRAHSRGDTVARPLLHEFYGD
SNTWDVHQQFLWGPGLLITPVLDEGAEKVMAYMPDAVWYDYETGARVRWRKQSVEMELPG
DKIGLHLRGGHIFPTQQPATTTVASRRNPLSLIIALDDNKEAKGELFWDDGETKDTVANQ
VYLFCEFSATQNHLDVKILQSTYKDPNNLVFKEIKILGTQEPTNVIVKHNGVPSQISPNV
TYDSNLQVALIRGIDLILGEAYTVEWALKIKDAEKIDCFPDESGASAENCSARGCAWEVP
TSPGVPFCYFVNDLYSVGDVQYHSHGATATLSLKSSLYASALPSVPVTSLRLHVTYHKND
MLQFKIYDPNNKRYEVPVPLNIPTVPSSTSESQLYNVLIKKNPFGIEIRRKNTGTVIWDS
QLLGFTFNDMFIRISTRLPSQYIYGFGETEHTAFRRDLNWHTWGMFSRDQPPGYKKNSYG
VHPYYMALEEDGSAHGVLLLNSNAMDVTFQPLPALTYRTIGGILDFYVFLGPTPELVTQQ
YTELIGRPVMVPYWSLGFQLCRYGYQNDSEIASLYDEMVAAQIPYDVQYSDIDYMERQLD
FTLSPKFLGFPALINRMKDDGMRVILILDPAISGNETQPYPAFTRGMEDDVFIKAPNGGG
IVWGKVWPDFPDVVINGSLDWETQVELYRAYVAFPDFFRNSTTTWWKRELQELYANPRNP
ERSLKFDGMWIDMNEPASFVNGAVPPGCKDATLNHPPYMPYLESRDRGLSSKTLCMESEQ
ILPDGSRMRHYDVHSLYGWAQTRPTYEAVQEVTGQRGIVITRSTFPTSGRWGGHWLGDNT
AAWDQLKKSIIGMMEFSLFGISYTGADICGFFQDAEYEMCARWMQLGAFYPFSRNHNTIG
TRRQDPVSWDAAFMNISRSVLLTRYTLLPYLYTLMHMAHTEGSTVVRPLLHEFVSDRVTW
DVDSQFLLGPAFLVSPVLEPNARNVTAYFPRARWYDYYTGRDIGARGEWKSLEAPLDHIN
LHVRGGYILPWQEPAQNTHLSRQKFIGFKVALDDEGTAKGWLFWDDGESIDTYGKGLYYL
ANFSVSQNMMQSHIIFNKYITDSNPLKLGYVEIWGVGSISISSVSISMSGMVITPTFNYD
SVTQVLSIDVTTRDISLHNFISLTWSTLNF
NT seq 5493 nt   +upstreamnt  +downstreamnt
atggcaagaaagaagttgaaagatttcacgactttggagattatgctcagtgttcttctg
cttatggtatttatcatcactattcctctgtttgtgctttcagctaaagagtcttcggaa
tcaaaagatcctgggacaacagttatgccagatgcaagtaccacccccgaatctgctgtg
tgcccagtggtaaatgaagtggaacggataaattgcatccctgaccagccagttccaaca
aaggccacatgtgatcagcgtgggtgctgctggagacctcaggggaccataagtgtgccc
tggtgctactattctagaaatcatggttatcaaatggagagtgaccttgtaaaaacaaat
gcaggattcacagcccagttgaaaaggttgctttctccatccctatttggaaatgatgtc
aacaatgtccttctcacagcagaataccagacgtccaatcgtttccactttaagctaact
gaccagagcaaggacaggtatgaagtacctcatgaacatgtgcaacctttcaaaggaaat
gctgcttctcccttgacctatgaagttatggtctcccaacagccatttagcatcaaagtg
atcagaagaagtaataaccgtgttttgttggactcaggcattggacccctcctatttgcc
gatcagttcctgcagctctccatgcgactgcccagtgctaacgtgtatggtctgggagaa
caggtgcaccaacagtaccggcatgatatgaattggaagacctgggccatgtttgccagg
gacacaacccccaatggggatggaactaacttatatggtacacagacattcttcctgtgt
cttgaagatgctagtggattgtcttttggagtgtttctgatgaacagcaatgccatggag
gttgccctccagcctgccccagctgtcacttaccgcaccatcgggggcattctcgacttc
tatgtgtttttgggaaacactccagagcaagttgttcaagagtatctagagctcatcgga
cggccagtccttccctcatactgggcacttggattccatctcagtcgttatgattatgga
acactggagagcttgaaggaagtcatggagagaaaccgtgcggcagggctcccttatgat
gtccagcatgccgatattgattacatggacgagagaaaggacttcacttatgacccagtc
aattttaaaggcttccctgagtttgttaaggagttacacaataataatcagaagctggtc
atcattgtggatccagccatctccaacagctcttcccccagcaatccctatggcccgtat
gataggggttccagcatgaagatatgggtgaatgcttcagatggggtgactccactcatt
ggggaggtctggcctggaaaaactgtgtttcctgattataccaaccctgactgtgctgtt
tggtgggcaaaagaatttgagcttttccacaaccaagtagagtttgatggaatctggatt
gatatgaatgaaatctccaacttcgttgatggttccgtttcaggatgttccacgaacaat
ctaaattatcccccattcactcctagaatcctggatgggtacctgttctgcaggactctc
tgcatggatgcagagcagcactggggcaagcagtatgatgtccacaatctatatggctac
tccatggcgattgccacggcagaagctgtcaagagtgtgttccctaataagagaagcttt
attataacccgttctaccttcgcgggatctggcaagtttgcagcccactggttgggagac
aatgcagccacctggaatgatcttcggtggtccatccctggcatgctggaattcaatctt
tttggtatcccaatggtgggtgctgacatatgtggcttcgcactggatgcccctgaggag
ctctgcaggcgatggatgcagctgggggcattctatccattctccaggaatcacaatggc
caaggctataaggcccaggatcctgcctcttttggagctgactctctgctgttgaactcc
tccaggcactaccttaccatccgctatacccttttaccctacctctataccctcttctac
cgcgcccacagccggggggacacggtggccaggccccttctgcatgagttctatggggac
agcaatacgtgggatgtgcaccagcagtttttatggggccctgggctcctcatcactccg
gttctggatgagggtgcagagaaagtgatggcatatatgcctgatgctgtctggtacgat
tacgagactggggcccgagtgagatggaggaagcaaagcgtggagatggaacttcctggg
gacaaaatcggacttcaccttcgtggaggccacatcttccccacacaacagccagccacc
accaccgtggccagccgccggaaccctctcagtcttatcattgctctagatgataacaaa
gaagcaaaaggcgaacttttctgggatgatggggaaactaaagatactgtggccaatcaa
gtttatctcttttgtgagttttctgccacccaaaaccacttggatgtgaagattttgcag
tcaacgtacaaagaccccaataatttagtatttaaagagattaaaattcttgggacccag
gaacctaccaatgttatcgtgaaacacaatggtgtcccaagtcagatttctcctaatgtc
acttatgattctaacctacaggttgctctgatcaggggaatcgatcttatcctgggagaa
gcatacacagtggagtgggccttgaagataaaggatgcagaaaaaatagactgtttccct
gatgagagcggtgcttctgcagaaaactgttctgcccgtggctgtgcctgggaggtaccc
acttctccaggagtcccgttttgttatttcgtcaatgatctatactctgttggtgatgtt
cagtaccactcacatggagccactgcgaccctgtctttaaagtcttctctctatgcctcc
gctctgccatcagtacctgtgacctccctccgtctgcatgtgacctatcataagaatgac
atgctgcagtttaagatttatgatcccaacaataaacggtatgaagtcccggttcccctc
aacatacccacagttccttccagcacctctgagagtcaactctacaatgtccttattaag
aagaatccatttgggattgaaattcgccggaagaatacaggcactgtaatttgggactct
cagctccttggttttaccttcaatgacatgttcatccgcatctccactcgccttccctcc
cagtacatctatggctttggggaaactgagcacacagcctttcggagagacttgaactgg
cacacatggggaatgttctccagagaccagcccccggggtacaagaagaattcctatggt
gtccacccctactacatggcactggaggaggatggcagtgcccatggggtactcctgcta
aacagcaatgccatggatgtgaccttccagccccttcctgccttgacataccgcaccata
ggaggaattctggacttttatgtgttcttggggccaactccagagcttgtcactcaacag
tatactgagctgatcggtcgtccagtgatggttccttattggtccttggggtttcagctg
tgtcgctatggataccagaatgactctgagattgccagcttgtatgatgagatggtggct
gcccagatcccttatgacgtgcagtactcggatatcgactacatggagcggcagctggac
ttcaccctcagccccaagttcctgggatttccagccctgattaatcgcatgaaggatgat
gggatgcgggtcatcctcattctggacccagctatttctggtaatgagacacagccctat
cctgcattcactcggggtatggaagatgatgtcttcatcaaagctccaaatggtggaggc
attgtctggggaaaggtgtggcctgatttccctgatgttgttataaatgggtctctagac
tgggagactcaagtggagctctaccgagcttatgtggcctttcccgactttttccgtaac
tcaactaccacatggtggaagagggagttgcaagaactctatgccaacccacggaatcca
gagaggagcttgaagtttgacggcatgtggattgatatgaatgagccagcgagttttgtg
aatggagcagttcccccgggctgcaaggatgccactctgaaccaccctccctatatgcca
tatttggagtccagggacaggggcctcagcagcaagaccctgtgcatggagagtgagcag
atcctgccggatggctctcggatgcgacactacgacgttcacagcctgtatggatgggcc
cagaccagacccacctatgaagctgtgcaggaggtgacaggacagagagggattgtcatc
acccgctccacgttccccacttctggccgctggggaggtcactggctgggcgacaacaca
gctgcctgggaccagctgaagaagtctattattggcatgatggagttcagcctcttcggc
atatcttatacaggagcagatatttgtgggttctttcaagatgctgaatatgagatgtgt
gctcgctggatgcagctgggagccttttatcctttttcaaggaaccacaataccattggg
accaggaggcaagaccctgtgtcctgggatgctgccttcatgaatatttccagaagtgta
ctgctgaccagatacaccctgttgccgtatctctacaccctgatgcacatggcccacacg
gagggcagcactgtcgtgcggcctcttctccacgagtttgtgtcagaccgggtgacctgg
gatgtagacagtcagtttctgttgggcccagccttcctggtcagccctgtcctggagcct
aatgccagaaatgtcactgcgtatttccctagagcccgctggtatgattactacacgggt
agggacattggagcaaggggagagtggaagtccttggaggcccctcttgaccacattaat
cttcacgttcgtgggggctacatcctgccctggcaagagcctgcacagaacacgcactta
agccgtcagaaattcataggcttcaaggttgccttggatgatgaggggactgctaaaggc
tggctcttctgggatgatggggaaagcattgatacctatggaaaaggactctattacctg
gccaacttttctgtcagtcagaatatgatgcagagtcatataattttcaacaaatacatc
actgattcaaaccctttgaaactgggctacgttgagatctggggagtgggcagtatttcc
atttccagtgtcagcatctctatgagcggcatggtgataacgcccaccttcaattatgac
tccgtgacacaggtgttaagcattgatgtgaccaccagagacatcagcctccataatttc
atttcactgacgtggagcactctgaatttttag

  All links  
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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (37)   

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