| Entry |
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| Name |
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| KO |
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| Organism |
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| Pathway |
| psty00630 | Glyoxylate and dicarboxylate metabolism |
| psty01110 | Biosynthesis of secondary metabolites |
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| Brite |
KEGG Orthology (KO) [BR:psty00001]
09100 Metabolism
09101 Carbohydrate metabolism
00630 Glyoxylate and dicarboxylate metabolism
BFS30_09655
09105 Amino acid metabolism
00380 Tryptophan metabolism
BFS30_09655
09140 Cellular Processes
09141 Transport and catabolism
04146 Peroxisome
BFS30_09655
Enzymes [BR:psty01000]
1. Oxidoreductases
1.11 Acting on a peroxide as acceptor
1.11.1 Peroxidases
1.11.1.6 catalase
BFS30_09655
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| SSDB |
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| Motif |
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| Other DBs |
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| LinkDB |
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| Position |
2345794..2347935
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| AA seq |
713 aa
MKKPTVPKGSSKKEDLIPDTSDGTGKLLTTNQGLKINDDQNSLKAGERGATLLEDFILRE
KITHFDHERIPERIVHARGSGTHGVFQLYKPQSAYTKAGFLNDTNIETPVFVRFSTVAGS
RGSTDLARDVRGFSVKFYTQEGIYDLVGNNMPIFFIQDAIKFPDLVHAVKPEPNHEMPQA
ASAHDTFWDFISLMPESTHMVMWLMSDRAIPRSYRMMEGFGVHTFRLINEEGKSHFVKFH
WKPLLGVHSVAWNEAQKISGNDPDFHRRDLWEAIEAGAFPEWELGIQVIPEEDEHKFDFD
LLDPTKLVPEELVPVQRIGKMTLNRNPDNFFAETEQVAFHPGHIVPGIDFTNDPLLQGRL
FSYTDTQLSRLGGPNFHEIPINRPISPVYNNQRDGHMRQTIDAGRTSYQPNSINGNSPLQ
AKVSEGGFSSYQERIDAKKIRERSRSFFDHFSQASLFYNSQSEIEKNHLVDAFRFELGKV
EIEEIRKRMLGILTQVDAGLAKRVAEGLGLEVPSGPQKPVNHGVPADADQQKYEPVKGKS
TLKSSAALSMKDTPKDTIKSRKIAILATDGVNGTELNAYKKALEAAGAMAKIVATHNGHI
KDDAGKMLKVDFTFLTTASVLFDAVYVPGGKKSVAALLTEADAIHFVEEAFRHCKAIAAN
ADGVQLLEHSKIPLKDKNAAQNGVLLNKTARDFEEAIKQHRFWEREKPAKIPA |
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| NT seq |
2142 nt +upstreamnt +downstreamnt
atgaaaaaaccgacagtacccaaaggaagttcaaaaaaagaagacctaatccctgataca
agtgacggaacaggcaaacttctgactacaaatcagggtttaaaaattaatgacgaccaa
aactcgctgaaggcgggagaacgtggagccaccctgctggaagattttatcctcagagaa
aaaatcacacactttgatcatgaacggattccggagcgaattgtacatgccagaggatct
ggaactcacggagtatttcaattgtataagcctcagtctgcttataccaaagcaggcttt
ttaaatgatacgaatatagaaacaccggtttttgttagattttctacagtggccggctcg
aggggatctactgatcttgccagagatgtgagagggttttctgtaaaattttatacacag
gaaggcatttacgacctggttggcaataacatgccgatcttctttattcaggatgcaatt
aaattcccggatcttgttcatgcggttaagccggaaccaaatcatgaaatgccacaggct
gcttctgcacatgatacattctgggattttatttcattgatgccggaatctacacatatg
gtgatgtggctgatgtctgaccgggcgatcccccgcagttatagaatgatggagggattt
ggagtacatacttttcgcctgatcaatgaagaaggaaaatctcattttgttaaatttcat
tggaaaccattgttgggtgtacattcggtagcctggaatgaagcccaaaaaatttcagga
aatgatcctgattttcaccgtcgtgatctttgggaggccattgaggcaggagcatttccg
gaatgggaattggggattcaggtgattcctgaagaggatgagcataagttcgattttgac
ttacttgatcctactaaattagtaccggaagaattggtgccggtgcagcggattggaaaa
atgacgctgaaccgaaatccggataatttctttgcagaaacggagcaggtggcttttcat
ccggggcacattgttcctggaatagattttacaaatgatccgttattacagggacgtctt
ttctcttataccgatactcagctatccaggttgggaggaccgaattttcacgagattcca
atcaacaggccaatatcaccggtttataataatcaaagggatgggcatatgcggcaaacg
attgatgcgggacgaaccagttatcagccgaacagcatcaatgggaattcaccgttgcag
gctaaagtttcggaaggcggtttcagctcgtatcaggaaagaattgatgcgaaaaagatc
agagaacgtagtcgcagcttttttgatcattttagtcaggccagccttttttataacagt
cagtcggaaatagaaaaaaatcacctggtagatgcattccgttttgagttgggaaaagtg
gagatcgaagaaattagaaagcgcatgttgggcattctgacacaggtagatgccggattg
gctaaacgtgtagcagaaggacttggattagaggttccgtctggcccgcaaaaaccggtt
aaccatggggttccggcggatgcagatcagcagaaatatgagcctgttaagggaaaaagt
acgctgaaatccagtgctgcattgagcatgaaggatacaccaaaagacacgataaagagt
agaaaaattgcaattctggctaccgatggggttaacggaacggaactcaatgcttataag
aaagccttggaggctgcgggtgcaatggcaaaaattgtagctacccataatgggcatatc
aaggatgatgctggaaaaatgctcaaagtagactttacattcctgaccacagcatctgtt
ttatttgatgccgtgtatgttcccggaggaaaaaaatctgtagcggcgttattgacagaa
gcagatgccattcactttgtggaagaagctttcaggcattgtaaagccattgcggcaaac
gcagatggagttcagctattggagcattcaaaaatccctctaaaagacaaaaatgctgct
cagaatggggtgttattaaacaagacggccagggattttgaagaggcaattaaacaacat
cgcttttgggaacgggagaaacccgcaaaaattcctgcgtaa |
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