KEGG T01150: PGUG

Meyerozyma guilliermondii: PGUG_00009

Entry

PGUG_00009 CDS T01150

Definition

hypothetical protein

Orthology

K01190

beta-galactosidase [EC:3.2.1.23]

Organism

pgu Meyerozyma guilliermondii

Pathway

pgu00052	Galactose metabolism
pgu00511	Other glycan degradation
pgu00600	Sphingolipid metabolism
pgu01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:pgu00052]
Metabolism; Lipid metabolism; Sphingolipid metabolism [PATH:pgu00600]
Metabolism; Glycan biosynthesis and metabolism; Other glycan degradation [PATH:pgu00511]

SSDB

Motif

Pfam:

Glyco_hydro_2_C Bgal_small_N Glyco_hydro_2_N Glyco_hydro_2

Other DBs

NCBI-GI:

146421372

NCBI-GeneID:

5129417

UniProt:

A5D9Q8

AA seq 977 aa
MVNGTSIMLPLPNLLLLPSEDFTFEKKLVVPGHWQLQGYGSPQYTNVVYPFVVDVPNPPT
RNPTGTYHRQFTVPKTWELHQCRIRFEGVDNSYHVFLNGKLIGYHEGSRNCAEFDLEPAI
KRDQVNHLWVRVYQWSSSTYIEDQDQWWLSGIFRDVWLLGFHKQGHIENFVVTTDLKNTD
GVCGLKVQVGGENHSFQKFEGLKLYVNLLGSENLAEVNSSVTNLGIKVPNVKPWTAETPT
LHKLTLELRDSTGFVLSKVVQKVGFRKVEMSDGQIKVNGQPILLRGVNRHDHHPQFGRAV
PLDFIKRDLQLMKQHNINAVRTSHYPNTPQLYELANEYGFWVFAEADLECHGFFECVRRP
IDGSDDPEYKNGKLELFGRAKKFTSDNPEWKNTYVDRARGLVLRDINQPCIIVWSLGNEA
FFGQNHVAMADFIRHADPTRLVHYEPDMDATVTDMYSRMYPLFETMQEFIKKNDKPLVLC
EYAHAMGNGPGLLRQYQELFYTVPHFQGGFVWEWNNHGLETEANGLKFYGYGGDFGEKVH
DGVFCMDGLVDSRHEPTPGLLEYKKVIEPVEVRFHDGEIEFKNMFDFSDLDAYYATFRLV
EYELVFSEEILALRQLHFPSVPPHSSYSILFPCEIPSSSNTVILDVDVKTLNSSEAVPKD
HTVAFGQKVFKASTKTEFNKTISNVNVEETNHRITVRSKALEFQFNKITGCVEKYNQDKP
IIVAGLNNLTFWRPTTNNDDNFDGPYWKKFGLDMMEIQVRNVKVTPIANGERSNLLATLE
VESFIGPPILSWGFDCIQKYSIYADRLEIGTLLTAIGFNKCCVPLTLPRLGYEFAVPETV
NEILWLGRGSGESYADKKESQKIGLYKKKFGDSDYSYDYPQENGNHEDVTWLALKDGDGG
FVITMKNRNFGFKCSSEYDVQQALHPHEIKRGQKYVRVDYQQHGVGTAACGPGVLEKFQF
KLEGPIEFTTTIRYVES

NT seq 2934 nt +upstreamnt +downstreamnt
atggtcaatgggacttccattatgctgccgctcccgaacttgctccttcttccaagtgaa
gattttacgtttgaaaaaaagttggttgtgccgggtcattggcaattgcaaggctatggt
tctccacagtatactaatgtggtgtacccgttcgtggttgacgttcccaatcctccaaca
agaaaccccaccggcacttatcataggcagttcacagtgcctaaaacgtgggagctgcac
cagtgtaggattcggtttgaaggtgtagataattcctaccatgtgttcttgaatggtaaa
ctcattggctaccacgaaggaagcagaaactgtgctgagtttgatttggaacccgcaata
aaaagagatcaagttaaccacctctgggttcgagtatatcaatggtccagttcaacctat
attgaggaccaggaccaatggtggctcagtggtatttttcgtgatgtgtggcttttgggt
tttcacaagcaaggtcatattgaaaactttgtggttactacagatttgaaaaatacagat
ggtgtatgtgggttaaaggtacaagtcggtggagaaaaccattctttccagaaatttgaa
ggattaaaactttatgtaaatttactgggtagtgagaatcttgctgaagtcaactccagc
gttacaaatcttggaattaaagttccaaatgtgaagccttggactgctgaaactcctaca
cttcacaagctcactttagagttgagagattcaactggttttgtcttatcgaaagttgtt
caaaaagttgggtttagaaaggtggaaatgtcagatggtcagatcaaggttaacggacag
cccattctccttcgtggagtaaaccgtcatgatcaccatccacaatttgggcgagctgtt
ccgttggactttatcaagcgggatcttcagctcatgaagcagcacaacataaatgccgta
cggacttcccactatccaaatactccacaattgtacgaattggcaaacgaatatggcttt
tgggtgtttgctgaagcagacttggaatgccatggtttctttgagtgtgtgaggaggccc
atagatgggtcagatgaccctgagtacaagaatgggaaactcgaactttttggaagagcc
aagaaatttacctctgataatcccgaatggaaaaatacatatgttgacagagctcgtggt
ttggttcttcgggatatcaaccagccttgcatcatagtgtggtctcttggaaatgaagca
ttttttggacagaatcatgttgcgatggctgactttatcagacatgctgatcccactcgg
ttagttcactacgaacccgatatggacgctacggtcacagacatgtacagcagaatgtac
cctctgttcgagactatgcaagagtttatcaaaaaaaatgacaaaccactagtcttgtgt
gaatatgcccatgccatgggtaatggtcctggtcttttgcgccagtaccaggaacttttc
tacactgttccacatttccagggaggatttgtgtgggagtggaataaccatggactcgaa
actgaagcaaatggtctgaaattttatggttatggaggtgactttggagaaaaagttcac
gatggggttttttgtatggacgggctagtcgattctcgtcatgaacctacgccaggactc
ttggaatacaaaaaagtcattgaacctgttgaagtcagattccacgatggtgaaattgaa
tttaaaaatatgtttgattttagtgatcttgatgcatactatgcaacattcaggttagtg
gagtacgagctggttttttcggaagaaatattagcactgcgtcaattgcactttcccagt
gttcctccacattcttcttactcaattttatttccttgtgaaattccatctagctcaaac
actgttatactcgatgtggatgtcaagacgttaaattcttctgaggcagttccaaaggac
cacacagtagcatttggtcaaaaagttttcaaagcttccacaaaaactgagttcaataaa
accatttccaacgtcaatgttgaggaaacaaatcaccgcatcaccgtgaggtccaaggct
ctagaatttcagtttaacaaaatcaccggatgtgtcgaaaaatacaaccaagacaaaccc
ataattgttgctggtttaaacaatcttactttctggcgaccaacaaccaataacgacgat
aatttcgacggtccttattggaagaagtttgggttagacatgatggaaatccaggtaaga
aatgtgaaagtaacgcctatcgctaatggcgaacggagcaatcttttggctactttggag
gtagaatctttcattggacctcctattctctcgtggggttttgactgtattcaaaagtat
tccatttatgctgatagacttgaaattggtactcttctcaccgctataggattcaacaag
tgttgcgttccgctgacattacccagattgggatacgaatttgctgtgcctgaaacagta
aatgaaatactgtggcttggtcgtggatccggagagagctacgctgacaagaaagaatcc
cagaaaataggactttacaaaaaaaaatttggagattcggattactcatatgactatcct
caggaaaatggaaaccatgaagacgttacttggttggcactaaaggacggtgatggtggt
tttgtaattaccatgaagaatagaaatttcggtttcaagtgttcgagtgaatacgacgtt
caacaagctttgcaccctcatgaaattaagagaggtcaaaagtacgtgagagtggactac
caacaacacggtgttggaacagctgcatgtggaccaggagttttggagaaattccagttc
aagctcgagggacccatagagtttacgaccaccattcggtatgtagagagttag

All links

Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (11)   
   KEGG COMPOUND (11)   
Chemical reaction (6)   
   KEGG ENZYME (1)   
   KEGG REACTION (5)   
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 (4)   
   Pfam (4)   
All databases (33)   

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