KEGG T01149: CLUG

Clavispora lusitaniae: CLUG_04515

Entry

CLUG_04515 CDS T01149

Definition

hypothetical protein

Orthology

K01196

glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]

Organism

clu Clavispora lusitaniae

Pathway

clu00500	Starch and sucrose metabolism
clu01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:clu00500]

SSDB

Motif

Pfam:

hDGE_amylase hGDE_central GDE_C hGDE_N Alpha-amylase

Other DBs

NCBI-GI:

260942671

NCBI-GeneID:

8495855

UniProt:

C4Y8I7

AA seq 1228 aa
MPSRTVLLRLSDSGEPLNTNNDTNGVLLLPSLASEKNHHEDETIFDLKIVLNAAAKVSRN
GVFKTNAPLDAKTKFQRDTFYDVPLTSSFHKDISLTIPIYKPGPYAFYIRYEEADNTPTE
TDHFYFTVPPQLFINSKYLPFNSINLQTVVSKWIGPLDHWNEFFAYVAKKGYNMIHFTPL
QERGSSDSPYSIYDQLRFDPKLFGSNEKASSVIRNAMSQNGLLAMTDVVWNHTADNSAWI
RDAPDAGYNAETAPHLRAAIELDEALSSFSDRLEELNLPTDIKSEEDLKNIIEGINNHVL
NPLNLWQYYVFEKVELTEQLQKLYEKESVTPSEIPSSVDVSDLTALASFVVSSASLHGKA
IFEDRFSNKLDPAKFLGILLTLVQKNETSFEEIADKASHIVDEINLKLYAQYDDDVASIK
TQLTDRIRYLRLADNGPKLGPITKKNRVAEPYFTRFTDKHGKKWALANNGWIWGGDPLVD
FASNKSRAYIRREVIVWGDCIKLRYGSGPQDSPALWKRMIQYTKDCAKLFDGFRLDNCHS
TPLHVGEALLDAARSVNPNLYVVAELFTGSEAMDKIFVQKLGINSLIREAMQAWDVQELS
RLVHKHGGRPIGSLSWLPLDEFSYPAGKEPKTGKHLGSNSELQIPQVLTAHAPHALFMDC
THDNQTPAQIRTIEDSLPTAALVALCSSAIGTVFGFDETYPELLDVVGEKRQYAYDDNIG
IAKAKMKLNEVRNKLASESTDAYAEQEMYVHHEGQYITIQRYNTRTGEGWFLIARSKFNG
HEGEQILSPVDLKGTEIKYEFGYRLEKTGEYSRDDKRITGIPTKLIDLESPEIIRNESGY
VIKTDGSFEPGSIAVFSTKIPTANENLDKYVKEGAIEASLGLNLYDLNAILYRCESEERD
ASHGAEGTYNIPGSGQLVYAGLEGWISVLKDVIWNNDLAHPICNHLREGFWAADYVVNRL
DKYAKESEAIGKFRDWIKSRMDAIKEVPYYLRPHYFALVVGVAYEAARFRALAQMDDKIK
NATNFVQSLALTSVQMCGFMNNTSLLPDKKVACLAAGLPHFSTDYMRCWGRDVFISFRGL
LLVPGRFDDAKQHILGFAKTLKHGLIPNLLDAGRNPRYNARDAAWFFTQAVQEYVKYAPN
GERILDEKVSRRFPLDDTYIPWDDEKAFSYETSIRDILYEILSRHAKGIKYREANAGPNL
DSQMKDEGFNVEVSVPLTTGSASSTVDP

NT seq 3684 nt +upstreamnt +downstreamnt
atgccgtctcgaactgtgcttcttagactctccgactccggagaacccctaaacacaaat
aacgacacgaatggtgtcttgcttttgccgtcattggcttccgaaaagaaccaccatgaa
gatgaaacaatttttgacttaaagattgtgctcaatgcagctgcgaaagtaagccgcaat
ggtgttttcaagaccaatgcccctttggacgcaaaaaccaagtttcaaagagacaccttc
tacgatgtacctctcaccagctcgtttcacaaggacatttcgctcacaattccaatttac
aagcctggtccttatgctttctacattcgttacgaagaggctgacaatacaccaaccgaa
acagaccacttttacttcacagtacctccccagcttttcatcaactccaagtatcttcca
ttcaactccatcaacttgcagactgtcgtatccaaatggattggaccattagatcactgg
aatgagttctttgcttatgtggctaaaaaaggatacaacatgatccattttactcctttg
caggaaaggggcctgtctgactctccgtattctatttacgaccagcttcgtttcgatccc
aaattgttcggtagcaacgagaaagcactgtccgtcatccgtaatgccatgtcacaaaac
ggcttattggccatgactgatgtggtttggaaccatactgccgacaattcagcatggatt
cgtgatgcacctgatgctggatacaatgcggagacagcgccacatttacgggcagcaatt
gagttggacgaagctctttcatccttcagtgacagattggaagagttaaatttgcccact
gatatcaaatcagaagaggacttaaagaatattattgaaggtatcaacaatcacgtgttg
aatcctctcaacttatggcagtactacgtttttgaaaaagtcgaattgaccgaacagttg
caaaaactttatgaaaaagagtctgtcacaccaagtgagattccatcctcagtggacgtg
tctgacttgaccgctttagctagttttgtcgtctcttctgccagcttgcatggtaaagcc
atatttgaggatagattttctaacaaattagatcccgcaaagtttcttggtatattgttg
actttggtacagaagaatgagaccctgtttgaagagattgccgacaaggcctcacatata
gtggacgaaattaacttgaagttgtacgcgcaatatgatgatgatgttgcttcaataaag
acgcagctcacagacagaatccgttacctcagattagccgataacgggccgaaattgggg
cctattacaaagaaaaacagagtcgccgaaccttattttactagattcacagacaaacac
ggtaaaaaatgggccttggccaataatggttggatatggggtggtgatcctcttgttgac
tttgcttcaaataagtctagggcttatattcgcagagaagttattgtttggggtgactgt
atcaagttgaggtatggctccggtcctcaagactctcctgcgttgtggaagagaatgatt
cagtacaccaaagactgtgcaaaactatttgacggtttcagattggacaactgccactct
acacctttacatgttggtgaagctttgttggatgcggcaagatcagtgaatcccaacttg
tatgtggttgcagaattgtttacaggttctgaagccatggacaaaatcttcgtacaaaaa
ttaggtatcaattctttgatcagggaagcaatgcaagcatgggatgtccaggaattgtcg
aggttggttcataagcatggaggcagaccgattgggtctctttcttggcttcctttggat
gaattctcgtatcctgctggaaaagaaccaaaaactggaaagcatttgggaagcaactcc
gagttgcaaattccacaagttctcacagctcatgcacctcatgctttgttcatggattgt
acgcatgataatcaaacgcctgcgcaaattagaaccatagaggattcattgcctactgct
gcattagttgcgctttgttcttcagctatcggcactgtcttcggtttcgacgagacttat
cccgaacttctcgatgttgtgggagagaagagacaatatgcttatgatgataatattgga
attgccaaagcaaaaatgaagttgaatgaagttagaaacaaacttgctctggaaagcact
gatgcctacgctgaacaggagatgtatgtgcatcacgagggccagtacataacaattcag
cggtacaacactagaaccggtgaaggttggtttttgattgcaaggagtaagttcaatggg
catgaaggagagcaaatattgtctcctgtcgatttgaaaggaactgagatcaagtacgag
tttggttacagattggagaaaacaggcgaatattcgcgtgacgacaaaagaataacaggc
attcctacgaagctcattgaccttgaatctcccgaaatcatccgtaatgaatctggctat
gtgatcaagacagatggaagctttgaaccaggatccatcgctgtcttttctactaaaatt
cccacagcaaacgagaacttggataagtacgtcaaagaaggtgcaattgaagcatctttg
ggccttaacttgtacgatttgaacgccattttgtacagatgtgagtctgaagaaagggat
gcaagccatggtgcagaaggcacttacaatatcccgggatctggccaattagtgtacgct
gggttagaaggatggattctggttttaaaagatgttatttggaataatgatcttgctcat
ccaatctgtaatcacttgagagagggattttgggcagcagactacgtggtgaatcggttg
gacaagtatgccaaagaatcggaggcaattggcaaattccgtgactggattaagtctcgt
atggatgctatcaaggaagttccatactacttacggcctcattactttgccctcgtggtt
ggtgttgcttatgaagctgcccgcttcagagctttggcgcagatggatgataagataaaa
aatgctacaaactttgttcaaagtttggcattgacctctgttcaaatgtgtggcttcatg
aacaatacatcacttttgcctgataagaaggtggcttgcctcgctgctggtcttccgcat
tttagtacagattatatgagatgctggggtcgtgatgtattcatttctttccgagggctc
ttattggttccaggaagatttgatgacgccaagcagcatattctcggttttgctaagacc
ttgaagcatggattgattcctaatttacttgacgctggaagaaacccaagatacaatgca
agagatgctgcatggttttttactcaagctgtccaagagtatgtgaaatatgctccaaat
ggagaaagaatattggacgagaaagtgagcagacggttcccattggatgacacttatatt
ccctgggatgacgaaaaggctttcagttacgaaacatctatcagagatattctctacgag
attttgctgcgtcacgcgaaggggatcaaatatagagaagcgaatgcgggaccaaatctt
gatctgcagatgaaagatgaagggttcaatgttgaagtttctgttcccctcacaacggga
ctggcctcgtccacggtggatccc

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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