Saccharomycodes ludwigii: SCDLUD_005265
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Entry
SCDLUD_005265 CDS
T08289
Name
(RefSeq) conserved putative copper amine oxidase
KO
K00276
primary-amine oxidase [EC:
1.4.3.21
]
Organism
slud
Saccharomycodes ludwigii
Pathway
slud00260
Glycine, serine and threonine metabolism
slud00350
Tyrosine metabolism
slud00360
Phenylalanine metabolism
slud00410
beta-Alanine metabolism
slud01100
Metabolic pathways
slud01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
slud00001
]
09100 Metabolism
09105 Amino acid metabolism
00260 Glycine, serine and threonine metabolism
SCDLUD_005265
00350 Tyrosine metabolism
SCDLUD_005265
00360 Phenylalanine metabolism
SCDLUD_005265
09106 Metabolism of other amino acids
00410 beta-Alanine metabolism
SCDLUD_005265
Enzymes [BR:
slud01000
]
1. Oxidoreductases
1.4 Acting on the CH-NH2 group of donors
1.4.3 With oxygen as acceptor
1.4.3.21 primary-amine oxidase
SCDLUD_005265
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Gene cluster
GFIT
Motif
Pfam:
Cu_amine_oxid
Motif
Other DBs
NCBI-GeneID:
70110582
NCBI-ProteinID:
XP_045932853
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Position
VII:complement(625544..627595)
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AA seq
683 aa
AA seq
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MAGPQLHIFDPITDDEIKTTTSLLKDLGGDAKLHFIQVDRLDPPKKQAIEYLNIERYGGS
KLPYIPRRTYAYYYKNNKMPLYKAIVNVSENHIICNQATPEGTVGPLLPDDMLDIENVIL
EHPVIKAEIAKLQLDKVFYNHKTLGKLNYVVVCEPWMYGTDSPNEKIPLIQAYMYMKLDH
PEANHYSIPLKFSPVFEYLSHKFVRIDYLPSGPDEVVIKDTLPYKPLKSVEYHPNVVEDY
KPREGLKPLIVSQPDGASFNIDGNKITWQDWEFRISTNVREGFALYDVFFKGRSLFYRVA
LNEMTVPYADGRAPFHRKQAFDLGDCGFGNTANSLALGCHCLGVIKYLDTRRVDREGNPV
LIPSTICMHEQDYGILFLHQNYRTGSTVTTRRREFVIQTIATVANYEYIVNLVFDQVGAI
TVQVRATGILSTMPNDENNVTNFGTIVGPGVTAAFHQHLLSFRFDTRLDGDKNTVVYDDY
VPMEENTPMNPYNVGYEAKRTFVEKSGYVDQSPFTNRTVKVINESSINPTTLKPVAYKFE
MPARQMILASPNSYNVKRAHYGTKQFWVSKYQDDQLYAAGEFTNQSQTDTGLSKWCDGSD
SVRNTDTVVWCTLALTHPPSTEQFPLMASDFLQFLVTPASFFDKNPALDIPLANNEFNKS
VYYEDAKAAAAAKKSGSCCKTNL
NT seq
2052 nt
NT seq
+upstream
nt +downstream
nt
atggcaggcccacaattacatatttttgaccctattaccgatgatgaaatcaaaaccaca
accagcttgctaaaagaccttggtggcgatgctaagttacattttattcaagtcgataga
ttggatcccccaaagaaacaagctattgaatatttaaacatcgaacgttatggtggtagt
aaattaccatacattccaagaagaacttatgcttactactataaaaataataaaatgcca
ttgtataaagcaattgtaaatgttagtgaaaaccatatcatctgcaaccaagctacacca
gaaggtactgttggtcctttactaccagatgatatgttggacattgaaaatgttattttg
gagcatccagttatcaaagctgaaattgccaagttacaattggataaagtattttacaac
cacaaaacattgggaaagttaaattacgttgtagtttgtgagccatggatgtacggtacc
gattcaccaaacgaaaaaatcccattgattcaagcttatatgtacatgaaattagatcat
cctgaagctaatcactattctattccattgaagttttctccagtgtttgagtatttgtct
cacaaatttgttcgcattgactacttaccaagtggtccagatgaagttgttatcaaggac
actttgccatacaaaccattgaagtctgttgagtaccatccaaatgttgttgaagactac
aaaccaagagaaggtttgaaacccttgattgtttcccaaccagatggtgcttcttttaat
atagatggtaataaaattacctggcaagattgggaatttagaatctctaccaatgttaga
gaggggtttgctttgtatgatgttttcttcaagggtagatctttgttttaccgtgttgcc
ttgaacgaaatgacagttccatatgccgatggtcgtgctcctttccacagaaaacaagct
tttgatttgggtgactgtggttttggtaacactgcaaactctttggctttgggctgccat
tgtttgggtgtcattaagtatttggacactagaagggttgaccgtgagggtaatcctgtt
ttaattccatccaccatttgtatgcatgaacaagattatggtattttgtttttgcatcaa
aattacagaaccggttctactgttactacaagaagaagagaatttgttattcaaactatt
gctactgttgctaactatgaatacattgtaaacttagtttttgatcaagttggtgccatc
actgttcaagtcagagctactggtattttgtctaccatgccaaatgacgaaaataatgta
actaattttggtaccattgttggtccaggtgtcacagctgccttccatcaacatttgcta
tcttttagatttgatacaaggttagatggtgacaaaaacacagttgtttacgacgactat
gttccaatggaggaaaacacaccaatgaatccatataacgttggttatgaggccaagaga
acttttgttgaaaagtctggttatgtcgaccagtccccattcaccaatagaactgtcaag
gtcattaatgaaagctctatcaatccaactactttgaaaccagttgcttacaagtttgag
atgccagccagacaaatgattttggcctctcctaattcatacaatgtcaagagagctcac
tacggtaccaagcaattttgggtatccaaataccaagatgatcaattgtacgctgctggt
gaatttaccaatcaatcgcagactgatactggtttgagcaaatggtgtgatggctcagat
tctgttagaaacactgacactgttgtttggtgcacattggccttgacacatccaccatct
actgaacaatttccattgatggcaagtgactttttacaatttttagtcacaccagcatcc
ttttttgacaagaatccagctttggatattccattggccaataacgaatttaataagagt
gtttattatgaagacgcaaaggccgctgctgctgcaaagaaatccgggagttgttgcaag
actaatttatag
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