KEGG T01116: LELG

Lodderomyces elongisporus: LELG_04604

Entry

LELG_04604 CDS T01116

Definition

glycogen debranching enzyme

Orthology

K01196

glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]

Organism

lel Lodderomyces elongisporus

Pathway

lel00500	Starch and sucrose metabolism
lel01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:lel00500]

SSDB

Motif

Pfam:

hDGE_amylase GDE_C hGDE_central hGDE_N Alpha-amylase DUF4625 Med9 cwf21

Other DBs

NCBI-GI:

149237510

NCBI-GeneID:

5231418

UniProt:

A5E4R5

AA seq 1524 aa
MTNTRLILFRLSNLGEPVNNENIKNGVLTLPADDYPQGFKSGDALFELRFQLNAASQVSR
KGVFHTNVPKSFDIDFDRNKHNAYPIESSFHQDITINIPIYKPGAYNYYFTYEDENGNEK
ETAKFYFNVPPHLELDGKFVPFNSINVETVVSKWIGPYERWNKFFGIVKAKGYNMVHFTP
LQQRGESDSPYSIYDQLKWDPKIFSDQSKATKEIHKVLNDNKLLSITDVVWNHTANNSEW
LKSAPESGYTQDTAPHLNAAIELDAKLLEFSEKLEDLGLPTAIESEDDLQKIVTALKSQV
HDELKLWQYYVFDRKKEVEKVLDTFKSGSDISKAQIPSSVNTNDLNQIAQYTLENASDNK
QAILGRRFENELNPRSFLSILYAILGDSVEENALKAKVGEIVDEINAPFYAQYDDDVKTI
DQQVADRIRFLRLADNGPRLGKITEKNPLTEPYFTRFVDANGKKQALANNGWIWGGNPLV
DFASNKSKAYLRREVIVWGDCVKLRYGAKYEDSPKLWDRIIEYTKEMARVFNGFRIDNCH
STPLPVAERLLDEARKVNPDLYVIAELFSGSEEMDKIFVERLALNSLVREAMQAWSVAEL
STLVHKHGGRPIGSLTWLPLSEFSYPASKEPKLDSSHGGYTEMEIPKVLTSTAPHAIFMD
CTHDNETPAQKRTVEDTLPNAALVAFCSSAIGSVYGFDECYPHLLNVVDEKRQYSLDDSD
NVNNGIGKVKAKLNNIRQQLAEESEDIARDHEMYIHHEGQYITIQRYNARSGKGWFLIAR
TKFTDHEGEQILSPSTLGGTKVKHEFSYTLKKVGEYEKNDKVLLGIPVQVEEIEAPTVED
ANGDSIIKVNDSFIPGSIAVFSTEIPGVDKKLDDYVRKGAVEASVNLDLYDLNNLLYRCS
PEELDASGGKEDVYDIPGYGRLVYAGLEGWQSALKEVIWSNNLGSSICDHFRQGSWAADY
VVNRLDKYASSSKGLQRFQTWLRERFDAVKNVPYYLRPHYFALIIGIAYEAARFRVLRLL
TPEIQVATNFVQSLALTSVQMVGTMNNTSLLPDKSVPCLAAGLPHFSNDYMRCWGRDVFI
SFRGLLIVPERFDDAKQHILAFAKTLKHGLIPNLLDAGRNPRYNARDAAWFFLQAIQEYV
VNVPLGEEILKEKVSRRFPLDDRYIKYDDPEAFSYESSIEDIIFEILERHAKGIKYREAN
AGPNLDSQMKPEGFDVEVGVDWETGLVHGGQQLNCGTWMDKMGESERAHNKGIPGTPRDG
AAVEIQGLLKSALRWVNELSKKGQFKHKEVTKPNGSKITLKEWEQLVQENFERKFYVPED
ANEDGEYDIDSSLVNRRGIYKDLYKSGKPYEDYQLRANFPIAMCVAPELFDKHHGLVAIR
NADKIIRGPVGIRTLDPLHYNYRPYYNNSVDSDDFATSKGRNYHQGPEWVWCYGYFLRAF
LYFNFAEDDTYSDGHKPSNELFTLLNTRIQHHIEWIKQSPWAGLTELTNKDGELCHDSSP
TQAWSSSCLLDLYYDLWNDSRYQG

NT seq 4575 nt +upstreamnt +downstreamnt
atgacaaacactcgtttaatactatttaggctttcaaatcttggagagcctgtcaataac
gaaaacatcaaaaatggtgtgttgacgttgccagctgacgattacccacaaggcttcaaa
tctggtgatgcattatttgaattgcgtttccagttgaatgctgctagtcaagtttcaaga
aaaggtgtattccatacaaatgtgccaaaaagctttgacatagactttgatagaaataaa
cacaatgcatacccgattgagtcctccttccatcaagatatcacaattaacatcccgata
tacaaaccaggagcttataactactactttacgtatgaagatgaaaacggaaatgaaaag
gaaactgccaaattctactttaacgtgcctccacatttagaactcgacggtaaatttgtg
cccttcaactcgataaacgtcgaaacggttgtttccaagtggattggtccgtatgagaga
tggaacaagttctttggaatagtcaaggctaaagggtacaacatggtccattttacacct
ttgcaacaacgcggtgaatcagactccccatactcaatatacgaccaattgaaatgggat
ccaaaaatcttttcagatcagtcgaaagcaaccaaagagatccacaaggtcttgaacgat
aacaaattgttgagtattacagatgtagtgtggaaccacacggcaaacaactccgaatgg
ttgaaatccgcaccagaatctggctatactcaggatactgcacctcacctcaatgcagct
attgagctcgatgccaaattgttggaatttagtgaaaaattagaagatttgggtttgccg
accgcgattgagagtgaagacgaccttcaaaaaattgttactgcactcaagtcccaagtc
cacgatgagctaaagttgtggcaatactatgtatttgatagaaaaaaagaagttgaaaaa
gttttggacactttcaagagtgggagcgacatctcaaaggcgcagattccaagcagtgtc
aacaccaatgacttgaatcagattgctcaatatactcttgaaaatgccagtgacaataag
caagctatattaggacgcaggtttgagaatgaattgaaccctcgcagttttctttccatt
ttgtatgcaattctaggggactctgttgaggaaaatgcattaaaagctaaagttggtgaa
atagtcgatgagatcaatgcgcccttctatgcccaatacgatgatgatgtcaaaaccatt
gatcaacaagttgccgatagaatcaggttccttcgtttggcagataatggaccgagattg
ggcaagattacagaaaaaaatccgttaacagaaccatacttcacaagatttgtcgacgcc
aacggtaaaaaacaggcactcgcaaacaacggctggatctggggtggcaacccgttggtt
gattttgcatcaaacaagtccaaggcatacttgaggagagaggtgattgtatggggtgat
tgtgtaaaattgcgctatggagcaaagtatgaagactcgccaaaattgtgggataggatt
atagagtacaccaaggaaatggctagggtatttaatgggtttagaattgataactgtcac
agtaccccattaccagttgctgagagattattggatgaagctagaaaagtaaaccctgat
ttgtatgttattgccgagttgttctctggatcagaagagatggacaaaatttttgtcgag
aggcttgcgcttaactcattggtgagagaagctatgcaagcatggagcgttgcagaattg
tcaacattggttcacaaacatggtggaaggcctattggttcacttacttggttgccattg
agtgagttctcctaccctgcaagcaaagagccaaagcttgacagctcccatggtggctat
actgaaatggagatccccaaggttttgactagcacggcaccacacgccatatttatggac
tgtacccacgataatgaaacacctgcacaaaagagaacggttgaagatacgttgccaaat
gcagcattggttgcattttgttcttcggcaattggttcagtatatggttttgatgagtgc
tatccacatcttctcaatgttgttgatgaaaagagacaatatagtcttgatgattccgac
aatgtcaataatggtatcggtaaggtcaaggccaagctaaacaatatcagacaacagttg
gccgaggaaagcgaggatattgcacgtgaccatgagatgtacattcatcatgagggtcaa
tatataacgatccagaggtataacgcccgaagtggtaaaggatggtttttaattgcgaga
acgaaatttacagaccacgaaggcgaacaaattttgtctccctcaacccttggtggtact
aaagttaagcatgagtttagttatacattgaaaaaggttggtgaatatgaaaagaatgac
aaggttttactgggcataccagtacaggttgaagagatagaagcaccaaccgttgaagac
gcgaatggggatagcatcattaaggtcaatgattcatttatccctgggtctattgctgtt
ttttccacagagatcccaggagttgacaagaaattggacgactatgtgagaaaaggggct
gttgaggcatcagtaaacttggatttgtatgacctcaacaatttactctacagatgttcg
ccagaagagttggatgcaagtggaggcaaggaggatgtgtatgatattccagggtatggt
cgtttggtgtatgctggtctcgaaggatggcaaagtgctttgaaggaagttatttggtcc
aataaccttggaagttccatttgcgaccatttccgtcaaggtagttgggcagccgactac
gttgttaataggttagataagtatgcatcgagctcaaaaggtttgcagcggttccaaact
tggttgcgtgagagatttgatgctgttaaaaatgttccttactatttgaggccccactat
tttgcattgattataggcattgcttatgaagcagctcgttttagggtgttgaggttgctc
accccggagattcaagttgctaccaattttgttcagagcttggcattaacaagtgtgcaa
atggtgggaacaatgaacaatacctcgttgttgcccgataagtcagttccctgtcttgca
gcaggcttgcctcatttcagtaacgattacatgagatgttggggaagagatgttttcatt
tcctttagagggcttttgattgttcccgagagatttgatgatgctaagcaacacattctc
gcttttgcaaagactttgaaacacggattgattcctaatcttttggatgctggacgtaac
ccgaggtataatgctagagatgccgcttggtttttcttgcaggctattcaagagtatgtt
gttaatgtccctctgggggaagagattttgaaggaaaaagtttctaggagatttccgttg
gatgatagatatattaaatacgatgatcctgaggcatttagctatgagtcttcgattgaa
gatatcatatttgagatattggagcgtcacgctaaaggtattaaataccgcgaagcaaat
gctggtcctaaccttgattctcaaatgaaacctgaagggtttgatgtcgaagttggagtg
gattgggaaaccggactcgttcatggcgggcaacagctcaattgtggtacttggatggac
aagatgggagagagtgaaagagcgcataataaaggtatccccggtactcctcgtgatggt
gcagctgttgaaatccaaggtttattgaaaagtgctttaagatgggtgaatgaattgagc
aagaaggggcaatttaaacacaaggaggttacaaaacccaacggttcaaagattaccctt
aaagagtgggagcaattggtgcaagaaaactttgaaagaaagttttatgtacctgaagat
gcaaatgaggatggcgaatatgatattgatagttcgttggtgaatagaagaggtatctac
aaggatttgtataaatctggaaagccatacgaagactaccagttgagggccaacttccct
attgccatgtgtgtagcaccagagcttttcgataaacaccatggattggttgcaatacgt
aacgccgataagatcattaggggaccagttggaatcaggactttggatccgctgcactac
aactaccgcccatattataacaattctgttgacagtgacgattttgccacctccaaggga
agaaactatcatcaaggtccagaatgggtttggtgctatggttactttttgagagccttt
ttgtactttaattttgcagaagacgatacatacagcgacggacacaagccttccaacgag
ttgtttacattgttgaatacaagaatccagcatcatatcgagtggattaagcagagtccc
tgggcaggtctcacagaattgactaataaggatggtgagctttgtcatgactcgagtccc
acacaagcttggagtagctcgtgtttgttagatttgtactatgatttgtggaacgacagt
cgctatcaaggttga

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 (8)   
   Pfam (8)   
All databases (28)   

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