KEGG T01027: MGG

Magnaporthe oryzae: MGG_00063

Entry

MGG_00063 CDS T01027

Definition

glycogen debranching enzyme

Orthology

K01196

glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]

Organism

mgr Magnaporthe oryzae

Pathway

mgr00500	Starch and sucrose metabolism
mgr01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:mgr00500]

SSDB

Motif

Pfam:

hDGE_amylase GDE_C hGDE_central hGDE_N Alpha-amylase

Other DBs

NCBI-GI:

389642891

NCBI-GeneID:

2675064

UniProt:

G4NES1

Position

AA seq 1588 aa
MIPRTMISNEVYYLPLNDDGSPQVQGEYIYLAPKSNEPFTIRFAIEGTSSICRQGSLWVN
IPEPGVEFRRDQFREFKLVPDFNRTIEISIPVHLPGAYAFYTTYAKLPELEQTAGADSSP
SSTDKNKTQLYYIDVAPRLQLDGRPLPLPALSIFSVISKFMGKYPNDWERHLRGISDRGY
NMIHFTPLQTRGTSNSPYSLYDQLSWDPECFPEGEKDIKKLVDSLEKNHSLLSLTDIVLN
HTADNSEWLLEHPEAGYNLTTAPWLELPFLIDTKLLELGFNLAKLGLPTEVKSEADVLAI
MDAVKKEVISAIRMWEYYVVDVESNAEVAAEAWAAGKGSFPDGSLGTEGPAGLKSASLSE
RAQFVIKYGLSGTDRMGERFRRKVVPEVAAGVLDALLGRPEGHQGPDSGAARQKMIEILQ
AVNVPFYEEYDKDSAEILEQTFNRIKYVRLDEHGPKLGPINEANPLVETYFTRLPRNEKT
AKHKKEDLVLVNNGWVWGGNALVDNAGPDSRVYLRREVIVWGDCVKLRYGAGPEDSPYLW
DRMTKYSRMLAKYFAGFRIDNAHSTPIHVAEHILDEARRVRPDLYVCGELFTGSEEMDYV
FVKRLGLSSLIREAMQAWSTGELSRLVHRHGGRPIGSFEVDEVSRGDASPTSPHPQSPQV
NGGTTDEMWSSREIIRRIKPSPVQALFMDCTHDNEVPAQKRDARDTLPNAALVSMCASAT
GSVMGYDEIYPKLVDLVNETRLYTSESSAREVKVGSGKGGIGGLKKLMNQIHTLMGKDGY
DETHIHHEDQYITVHRVHPQSRKGYFLIAHTAYPGYGNGNGAFNPVHLTGTKVRHLGSWT
LEVDDSEEARKNVLEDKKHLRGLPSRVIDLPGIRMEVKGSDTVITVRDRFPPGSIALFET
YIPAAEHSAGLDTYVTSQAQDAFAGLNLIDMNFMMYRCEAEERDWSGGSDGVYGIPGHGN
LVYAGLQGWWSLLEGIIRDNNLAHPLCQNLREGQWALDFIIGRLERASKTPEFSRLEKPT
RWLKDRFDAIRGIPSFLLPRYFALVMRTAYMACFERSVSLMNENVAKGQWFLKSLAMVST
QETGIVKSASLYPDHLVPSLAAGLPHFAVDWARCWGRDIFISLRGLFLGTGRFDEAREHI
LAFASVLKHGMIPNLLGAGRTPRYNARDSIWFFLQCIQDYTRLVPNGLSLLDEKVKRRFL
PYDDTYFDAEDSRAYSTQSTIRDIIQEALQRHASGMSFREANAGPSLDMQMSDKGFDLEV
KVDWDTGFVLGGNQFNCGTWMDKMGESEKAGSKGVPGTPRDGAAVEITGLMYSTVKWVAK
LHSSGEFPYSGVSKAAVGPDQDPKSVNVDVSYADWAELVKSNFERCYFVPLDPSEDSKYD
VNPSVINRRGIYKDLYRSGKEYEDYQLRPNFPIAMTVAPDLFDEAHAMHALCIADQVLRG
PQGMATLDPADLNYRPYYVNSEDSTDFATSKGRNYHQGPEWLWPTGFFLRALLKFLLKRT
HSAEDGESAATEAFQQVTRRLMGCKAMIKESPWAGLQELTQKDGGFCGDSCPTQAWSASC
LIDLYMDADEEQARMQKGVGVNGSSQKN

NT seq 4767 nt +upstreamnt +downstreamnt
atgataccaaggacaatgatttccaacgaggtgtactacctacctctcaacgacgatggg
tcgccccaagtccagggcgagtacatttacctcgcgcctaagtcgaacgagccgtttacc
atcaggtttgccatagagggcacttcgagcatctgtcgtcaaggcagcttgtgggtaaat
attccggagccaggagtagagtttcgcagagatcagttccgagagttcaagcttgtgccc
gacttcaatcgaacaatcgaaatctcgatacctgtccacctgcctggcgcttatgccttc
tacaccacctacgccaagcttcctgagctcgagcagactgcaggtgccgattcctcacca
tcatcgaccgacaagaacaagacacagctgtactacatcgatgtcgcaccgaggctgcag
ctcgacgggcggccgctgcctctgcccgccttgtcaatcttctcagtcattagcaagttc
atgggcaaataccccaatgactgggagcgtcaccttcgagggattagcgaccgcggttac
aacatgattcatttcacaccgctgcagacacgcggaacttccaattcaccatacagtctg
tacgatcagctcagctgggacccagaatgcttccccgagggtgagaaggacattaagaaa
cttgtcgacagtctggagaagaaccattctctactgagcttgaccgacattgtcttgaat
cacaccgcggacaacagcgaatggctcctggagcatcctgaggctggctacaatttgaca
acggcgccatggcttgagctgccattcctcatcgataccaaacttctcgagcttggcttc
aacctggctaagctcggtctgccgacagaggtcaagtcagaggctgatgttctggccatc
atggatgctgtcaagaaggaggtcatcagcgccatccgcatgtgggagtactatgtcgta
gacgtggaatccaacgcggaagtcgccgcggaagcctgggctgccggaaaaggctccttc
cccgacggctcccttggtactgagggtcctgccggcctcaagtccgccagcttgtcagaa
cgggcacagtttgtcatcaagtatggcctttcaggaactgaccggatgggtgagcggttc
aggcgaaaggtggtaccggaagtagctgctggcgtgctagatgcgctgctcgggcgacct
gagggtcaccaaggtccagactctggtgctgctcggcagaagatgatcgaaattcttcag
gccgtcaatgtacccttctacgaagagtacgacaaggacagtgccgagattcttgagcag
actttcaatcggatcaagtacgtacgtttggacgagcacggcccgaagctgggaccgata
aacgaggcaaacccactagtggagacttacttcacccgtctaccccgaaacgagaagacg
gccaagcacaagaaggaggatctcgtcctcgtcaacaatggctgggtatggggtggaaac
gctctcgttgacaacgcaggaccagattcccgtgtctaccttcgtcgcgaggtcattgtt
tggggcgattgtgttaagctgcgctatggcgctggtcctgaggacagcccatacctttgg
gatcggatgacaaagtactcgcgaatgctcgccaaatactttgctggtttccgtatcgac
aacgcgcattccacgcctatccatgtcgccgagcacatactggatgaggctaggcgagtg
cgccccgacctgtacgtgtgtggtgagctcttcactggaagcgaggaaatggactacgtc
tttgtgaagcgactcgggctgagctcgttgatccgagaagccatgcaggcatggagcact
ggcgaactcagtcgtctcgttcatcgccatggcggtcgcccgattggtagcttcgaggta
gacgaggtttctaggggcgacgcctcgccgacctcgccgcacccccaatcaccccaggtt
aatggtggaacgacggatgaaatgtggtcctcgcgggagatcattcgccgcatcaaaccg
tcgcccgttcaggctctcttcatggattgcactcatgacaacgaggttccagcacagaag
cgcgatgcgagagatactctacccaacgctgcactggtcagcatgtgcgcgagtgccacc
ggtagcgtcatgggctatgacgaaatctatcccaagctcgtagacctggtcaatgagacc
cgcctatacacctccgagtcatctgctcgtgaagttaaggtcggaagcggcaaaggtgga
attggcgggctgaaaaagctcatgaaccaaattcacactctgatgggcaaggatggatat
gatgagacgcatatccaccatgaggatcagtacattacagtccacagggtgcacccccag
tcacggaagggatacttcctcattgcccacactgcctatcccggatatggcaacggcaac
ggtgccttcaatcccgttcatctcacgggaaccaaggtcaggcacctgggtagttggaca
ctcgaggtggacgacagcgaggaagcgaggaagaatgtgttggaagacaagaaacatctt
cgcggacttcccagccgtgtgattgacctgcctggcattcgcatggaagtcaagggcagc
gacacggtcatcaccgttcgtgatcggttcccccctggcagtattgccttgtttgaaacc
tacatccctgccgccgagcactcggccggtctggacacttatgttacttcgcaagcgcag
gatgcctttgccggactgaacctaatcgacatgaactttatgatgtaccgatgcgaggcc
gaagagcgcgactggagcgggggaagcgacggcgtctacggtatacctggtcatggcaac
cttgtatacgccggtctccagggttggtggagtctccttgagggtataatccgcgacaac
aacctcgcccaccccttgtgccagaacctccgcgaaggccagtgggctttggacttcatc
atcggtcgacttgagcgtgcctcaaagacaccagagttctctcgactcgaaaagcctacg
cgatggctgaaggatcgcttcgatgccattcgtggcatcccaagcttcctacttcctcgc
tactttgccctggtcatgcgtacggcgtacatggcctgctttgaacgtagcgtttcgctg
atgaatgagaatgtggccaagggtcagtggtttctcaagagtcttgccatggtcagtaca
caggagacgggtattgtcaaatcggcgtcgctctatcccgaccatctggtcccctcgttg
gctgctggcttgccgcactttgctgtcgattgggcaagatgctggggcagagacattttt
atctcgctgagaggcctgttcctcggcacgggaagattcgatgaggcccgggaacacata
ctcgcctttgcaagtgttctcaagcacggcatgattcccaacctactaggtgctggacgt
acaccccgatacaatgcccgcgattcaatctggttcttcctgcagtgtatccaagactac
actcgcttggtgccaaacggcctttccctgctggacgagaaggtgaagcgtcgtttcctt
ccttatgacgatacatactttgacgctgaagattctcgtgcctactccacacagagcact
atccgggacatcatacaagaggctctgcagcgtcacgcgagtggaatgtctttccgcgaa
gccaatgccggacccagtttggatatgcaaatgagcgataaaggctttgatctcgaggtt
aaagtcgattgggacacgggatttgttctcggtggcaaccagttcaactgcggtacttgg
atggacaagatgggtgagagcgaaaaggctgggtccaagggagttcccggcaccccccgc
gatggcgcagccgtcgagatcacaggtttgatgtacagcacagtcaagtgggtagccaag
ctgcactcatcgggcgagtttccatacagcggtgtgagcaaggctgccgtcggtcccgat
caggaccccaagagtgtcaacgtggacgtgtcgtatgcggactgggccgagcttgtcaag
tccaactttgagcgctgctattttgtcccgctcgatccgtcggaggactcgaagtacgat
gtcaacccatccgtcatcaaccgtcgtggcatctacaaggacctgtaccgatccggcaag
gagtatgaggactaccaactcaggccgaacttccccatcgcgatgacggttgcaccagac
ctgttcgacgaagcccacgccatgcacgcgctctgcattgccgaccaggtgcttcgcggt
cctcagggcatggcaactctggacccggcggaccttaattacagaccttactacgtgaac
agcgaagacagcaccgactttgcaacatcaaagggcaggaactaccatcaaggaccggag
tggttgtggccgacaggattcttcctgcgcgcgctgctcaagttccttctcaaacgcaca
cattcggctgaagatggtgagagcgcggccaccgaggcgttccagcaggtcacaaggcgt
ctgatgggctgcaaggccatgatcaaagagagcccttgggctggtctgcaggagctgaca
cagaaagatggtggattctgtggagattcgtgcccaacacaggcttggtcggctagctgc
ctcattgacctctacatggatgcggacgaagagcaggccaggatgcaaaagggtgtcggc
gttaacgggtcgtcgcaaaagaactag

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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