KEGG T01018: AOR_1

Aspergillus oryzae: AOR_1_1548174

Entry

AOR_1_1548174 CDS T01018

Gene name

AO090005000884

Definition

amylo-alpha-1,6-glucosidase

Orthology

K01196

glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]

Organism

aor Aspergillus oryzae

Pathway

aor00500	Starch and sucrose metabolism
aor01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:aor00500]

SSDB

Motif

Pfam:

hDGE_amylase GDE_C hGDE_central hGDE_N Alpha-amylase

Other DBs

NCBI-GI:

169766844

NCBI-GeneID:

5989838

UniProt:

Q2URC4

AA seq 1537 aa
MPVPRQVYLLPLKDDGSPDVPGGYIYLPPPTNPPYSVRFVIEGSSSICREGSLWINIPED
GKPFNRSAFRSFRLHPDFNKNIQIDIPITSPGSFAFYTAYSPLPDFSVAPVETSEPVKTP
THYIDVAPRLLLGGRDLPLNALSIFSVISKFMGRYPTDWENHLNGISQRNYNMVHFTPLM
KRGASNSPYSIFDQLQFDETLFPNGEDDVAQMVKKMEVDHGLLSLTDVVWNHTANNSKWL
EEHPEAGYSVETAPWLEAALELDTALLQFGEDLQTLGLPTEFKTADDLIVVMNVLRERVI
SGLRLWEYYVVNVKADTRRIVDKWTKCPGIDLESDQWSRFALKDFKDLTLKEQASFVREH
AIPTSKSILGRFTRAVDDHLGAAILTALLGPADSNHDEAESRFTQLLDEVNLPFYTEYDA
DVSEIMEQVFNRIKYLRIDDHGPKLGSVTKESPLIETYFTRLPVNEVTKQHKSTALALVN
NGWIWNADALRDNAGPDSKAYLRREVIVWGDCVKLRYGNCPEDSPFLWEFMTKYTRLMAK
YFSGFRIDNCHSTPLGVAEYLLDEARKVRPNLTVFAELFTGSEEADYVFVKRLGINALIR
EAMQAWSTGELSRLVHRHGGRPIGSFDLDLPTAGSSHAIASASTDSQEETIAHIRPCPVQ
ALFMDCTHDNEMPAQKRTAVDTLPNAALVSMCASAIGSVMGYDEVYPKLVDLVHETRLYS
SAFSGPSKGELGSEGGIGSIKKILNELHTMMGADGYDETHIHHDGEYITVHRVHPKTRKG
IFLIAHTSFPGQDGHSILAPTHLTGTRVKPLGAWTLEVEAGEDARAEVLADKDYLRGLPS
TVRETNAIKVEERGHDTIISVLESFATGSIALFETSIPTAEHSAGLDCYITEGADQAFSK
LSLVDLNFVLYRCEAEERDSSDGQDGVYAIPNHGPLVYAGLQGWWSVLESIIRYNELGHP
LCDHLRQGQWALDYIIERLEKVAQKDGHNALNDPTSWLRDKFNAVRELPSFLLPRYFAII
VQVAYNAAWKQGIRLLGESIQKGQEFVHQLGMVSVQQTGYVKTASLWPTRRVPSLAAGLP
HFAVDWARCWGRDVFISLRGLLLCTGRFDDAKEHILAFASVLKHGMIPNLLSSGKLPRYN
SRDSVWFFLQAIQDYTAMVPNGIELLGEKVPRRFLPYEDTWFPFDDPRAYSQHSSITEVI
QEVFQQHARGLSFREYNAGPELDMQMKPEGFQIDVNVDWETGLIFGGSQFNCGTWQDKMG
ESEKAGNKGFPGTPRDGAAIEITGLLYSALTWVGNLYEQGLYPHEGVDIGDGKSVTFRDW
AAKIKNSFERCYYIPESPNDDSRYDVDTKVVNRRGIYKDLYKSGKPYEDYQLRSNFPIAM
TVSPDLFDPYKALTALALADSVLLGPVGMATLDPSDLNYRPNYNNSEDSTDFTTSKGRNY
HQGPEWVWQRGYFLRAFLHFDLARRATPEGRTETYQQVTRRLEGCKRALRESPWKGLTEL
TNKAGAHCSDSAPTQAWSAGCLLDLYYDASRYALKTA

NT seq 4614 nt +upstreamnt +downstreamnt
atgcctgttccacgccaggtctatctgctcccattgaaggacgatggctccccagacgtg
cccggaggttatatctaccttcctccgcccaccaatcctccgtactccgttcgcttcgtg
atcgagggtagcagctcgatctgcagggaaggaagcctgtggataaatattcccgaggac
gggaagcccttcaatcgctcggcattccgaagtttcaggttacatccagacttcaataag
aacatccagatcgatatcccaatcacctctccaggatctttcgcgttctacactgcctat
tccccgcttccggacttctccgttgctccagttgagacgtccgaaccagtcaagacccca
acgcattacattgatgttgcacccaggctacttcttggtggccgtgaccttcctctaaat
gctctttcaatattctccgtgatctctaagttcatgggtagatacccaacggattgggag
aatcatttgaatggaatcagccagcgcaactacaatatggttcattttacgcccttgatg
aaacgcggagcctcgaattccccctacagtatttttgatcaactccaatttgatgagact
ctattccccaacggagaggacgatgtagctcaaatggtcaagaagatggaagtagatcac
gggctcttgtcgctaacagatgttgtatggaaccacactgctaataacagcaaatggctt
gaggagcaccctgaggctggttatagcgtcgagactgctccatggctggaagcagcgttg
gagctagacactgctttgttacagtttggagaagaccttcaaaccttgggtcttccaaca
gaattcaagactgctgacgatctgattgttgtgatgaacgtacttcgtgaacgagtgata
agcggcttgaggctatgggaatactatgtggttaatgttaaagcggacacccgaaggatc
gttgacaaatggacaaaatgtccaggtatcgatctggaaagcgatcaatggtcacggttt
gctctcaaggacttcaaagacctaactcttaaggagcaagcaagctttgtccgtgagcac
gcaatcccaacatctaagagtatacttggaaggtttactcgggcagtcgatgaccacctc
ggtgcggccattttaactgcgctgcttggtcctgcagattccaaccatgatgaagcagag
agcagatttacccaattgctcgacgaggtgaatctgcctttttacacagaatacgacgca
gacgtatccgagataatggagcaagtcttcaatcgcatcaaatacctgagaatagatgac
catggaccaaagcttggttctgtcactaaagagagcccacttattgagacatatttcaca
agactgcccgtcaacgaagttactaagcagcataagtcgacggctcttgcgcttgtgaat
aatgggtggatatggaacgccgacgcgttgcgggataacgctggaccggactcgaaggcc
tatttgcgacgcgaagtcattgtgtggggtgattgtgtgaagctaagatatggcaactgc
cctgaggacagtccatttctttgggagttcatgactaaatacactcgcctaatggctaag
tatttctcgggatttcggattgacaattgccattcaacgccgttgggagtcgcagagtat
ctgttggatgaggcacgaaaagttcgacccaatttgacggttttcgctgagctcttcacg
ggctccgaagaagctgattatgtttttgtcaagagactaggcattaacgcactcattcgg
gaggccatgcaggcctggagcaccggtgaattaagccgtcttgtacaccgccatggggga
cgccctattggcagttttgaccttgacttgcctactgcagggagcagtcatgctatagcc
tctgcaagtactgatagccaggaagaaactatcgctcacatacgcccgtgtcccgtccaa
gcactcttcatggattgtacgcacgataacgagatgccggcccaaaagcgaacagcggta
gatacattacctaacgctgcattggtttcaatgtgcgcctcggctattggaagcgtcatg
ggttatgatgaagtatatcccaagctagttgatctcgttcacgagacacgcctgtattcc
tcagcgttctcaggaccctcgaagggggagctaggttctgagggtggcattgggagcatc
aagaagatcctgaatgagcttcacactatgatgggggctgatggatacgatgagacacat
attcaccatgatggagaatatataactgttcatagagttcacccgaagacacgaaagggc
atattcttgatagcacatacttctttcccgggccaggatggtcattccatcctagcaccg
actcatctcaccggaacacgagtcaaaccacttggggcatggacattggaagttgaagct
ggggaagacgccagagcagaagtcttggcggataaagactacttacgggggttgcctagc
acagttcgagagactaacgcaattaaggttgaggaacgcgggcatgataccatcatttct
gttctggaatccttcgcgacggggtcaattgctctcttcgaaacgtccatcccgacagcc
gagcattccgcagggctggactgttacattacagaaggtgcagatcaggcattctcaaaa
ctcagtctggttgaccttaattttgtactctaccgctgtgaagctgaagaaagggattct
agtgacggtcaggatggagtatatgccatacccaatcatgggccgttggtttatgcaggt
cttcagggatggtggagcgttctggagagcatcattcgatacaacgaactgggacatcca
ctctgtgatcatctccggcaaggccagtgggctcttgattatatcatagaacgtttggag
aaggtggcacaaaaagacgggcacaatgctctaaacgacccgacgtcctggttacgggat
aaatttaatgccgttcgtgagctacccagctttctcctgccgcggtattttgccattatt
gtccaagtcgcgtacaacgctgcctggaagcagggcattcggcttctgggggagagtata
cagaagggacaagaattcgttcatcaactgggcatggtcagcgtccaacaaactggatac
gtgaaaaccgcatccctatggcctacgagaagagtaccaagccttgcagctggcctaccc
cattttgctgtggactgggctagatgttggggtagagacgttttcatatctcttcgaggc
ttgcttctctgtactggccggtttgatgatgccaaagagcatattctcgcctttgctagc
gtcctcaaacatgggatgatccctaatctgttgagcagcggaaagcttcctcgttacaat
tctcgagattctgtgtggttcttcctccaggctatccaagattacaccgcaatggttcca
aatggtatagaactcctcggcgagaaggttcccaggaggttcctgccgtacgaggataca
tggttccccttcgacgaccctcgtgcgtattctcagcattcatcaataacggaggtcatc
caggaggtttttcaacagcatgcccgagggctttcatttagagagtataatgctggccct
gagctcgatatgcaaatgaagcctgagggtttccaaatcgacgtcaatgttgattgggag
acaggcctgatatttggaggtagtcaattcaattgtgggacctggcaagacaagatgggg
gagagtgagaaagccggaaacaaaggatttcctggcacacctcgagatggtgcagccatt
gaaatcactgggcttctctacagtgctttgacatgggttggaaacttgtatgaacaggga
ctttacccgcacgaaggagtagatattggggatggcaaatcagtcacgttccgagattgg
gctgccaagattaagaacagtttcgagcgttgctattacattcccgagagtcccaatgac
gacagtcgatatgatgttgatacaaaggttgtcaaccgtcgtggtatctacaaggattta
tataaatccggcaagccctatgaagactaccaacttcggtctaactttccaattgccatg
actgtgtcgccagatctctttgatccctacaaggctctaacagcgcttgcccttgcggac
tcagttcttcttggtcccgttggtatggctactctcgatccatccgatcttaactatcgt
cccaactataacaactcagaggactctacggactttaccacttccaagggcagaaactat
caccaggggcccgaatgggtgtggcagcgagggtacttcctccgtgctttcctgcacttt
gacctggctcgcagggcaacaccagagggacggacagagacttatcagcaggtgactcgt
cgcttagaagggtgtaagcgagcactcagagaaagcccttggaagggcctcacagaattg
acaaataaagctggtgcacactgctctgactcggctcccacgcaagcatggtcggcaggg
tgcttgttagatctttactacgatgcttcaagatatgccttgaaaacagcgtag

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (25)   

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