Alternaria dauci: 96081012
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Entry
96081012 CDS
T10615
Symbol
ACET3X_000690
Name
(RefSeq) hypothetical protein
KO
K01568
pyruvate decarboxylase [EC:
4.1.1.1
]
Organism
adac Alternaria dauci
Pathway
adac00010
Glycolysis / Gluconeogenesis
adac01100
Metabolic pathways
adac01110
Biosynthesis of secondary metabolites
Brite
Enzymes [BR:
adac01000
]
4. Lyases
4.1 Carbon-carbon lyases
4.1.1 Carboxy-lyases
4.1.1.1 pyruvate decarboxylase
96081012 (ACET3X_000690)
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Other DBs
NCBI-GeneID:
96081012
NCBI-ProteinID:
XP_069310932
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Position
1:join(2283772..2283777,2283847..2284236,2284303..2284548,2285240..2285302,2285355..2285490,2285590..2287127)
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AA seq
792 aa
AA seq
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MESVRTPIDECISDLIVCVKSTQTVAALRPLLPRLSRTSNLMFLQNGAGMIEDANTHLWP
DPHMRPNYVTGVISHGITLNRPFDITHTGPAATSVGPVPREDGDTAQPLSRLLDILPFAH
RLNCQAYSWPTILQIQLEKLACNALSNPICALEDAVTAYILSIPETNMRLMQEISSVILA
LPELQGVQGVKERFSAKSLYHTVMDIIEKNRATTLGNMAQDLRSQDIKNPIDVAEYLFRR
LQQVGVESVHGVPGDYNLVALDYIPKVGLKWVGNCNELNAGYAADGYARVKGISALVTTF
GVGELSAVNAIAGAYSEYVPIVHIVGYPSTVSQRNGALLHHTLGNGDFTVFSRMSKEISC
AVSMLNSQHEAAMLIDNAIRECYLKSRPVYISLPSDMVTEKVDGDRLNTPLDLEYPQNDQ
EAEDYVVDVVLKYLHAAKNPVILVDACAIRHRALKETHELVEKSGIPTFVAPMGKGAVDE
SLPNYGGVYAGDGSNAGVRERVESSDLVLSIGAIKSDFNTAGFTIRMSQLTTIDLHSYGC
KVRYSEYPGVRMNGVLSKVTAKLGKLNIESGPSPNNNVPEKETASTESAIKHAWFWPKLG
QWLKKDDILITETGTSNFGIWETRFPTGVNAISQVLWGSIGYATGSCQGAALAAKESNIK
RTILFTGDGSFQLTAQEVSTMIRNKLAPIIFVICNKGYTIERLIHGWEDPYNDVQEWKYK
DIPRVFGAEEGSVLTYWVETREEVEKLFQDEEFSSGETQKMRFVELVMPWDDAPAALKAV
AEAAARTNASAE
NT seq
2379 nt
NT seq
+upstream
nt +downstream
nt
atggagtcagtaagaaccccaatcgatgaatgcatcagcgaccttatcgtgtgcgtcaag
tctacccagacggttgcagccctgcggccgcttctgcccagactctcgcgcacatccaac
ctcatgtttctgcaaaacggcgcaggcatgatcgaagacgcaaacacacacctttggcct
gatccgcatatgcggccaaattacgttacgggagtaatatcgcacggcatcactctgaat
cgaccctttgacatcactcacacagggcctgcagcaacatcggtaggaccagttcctcga
gaagatggtgacacagcccaacccctttcgcggctgctagacattctgccttttgcgcat
cgtctgaactgtcaggcttattcatggcccactatccttcagatccaactagagaagctc
gcctgcaacgcgcttagcaaccccatctgtgcactcgaggatgccgtgactgcctacatc
ctcagcatcccagaaaccaacatgagactcatgcaggaaatctcgtctgtcatccttgct
ctgcccgaactacagggcgtacaaggtgtgaaggagagattttcggccaaatctttgtac
cacacggtaatggacattattgaaaagaatagagcaactacgctcggcaacatggcacag
gatctacgctcccaagatatcaaaaacccaattgacgttgcagagtacctcttccgccgg
ctacaacaggtcggggtcgagtcagtgcatggcgttccaggagactacaacctcgtagca
ctcgactatatccccaaggtcggcctaaaatgggtcggcaactgcaatgagctcaatgct
gggtacgcggcagatggctacgcaagagtcaagggcatctctgcactggtcacgactttt
ggtgttggagaactctccgcagtcaatgcgattgctggtgcgtactccgagtacgtaccg
atagtccacattgtcggctatccatcgactgtgtcccagaggaacggagcactgctacac
cacactctcggaaatggcgactttaccgttttctcaagaatgtccaaggaaatttcgtgt
gctgtttcgatgctcaacagccaacacgaagcggccatgctaattgacaacgccatccgg
gaatgctacctaaagtcgaggcccgtctacatatctttgcctagcgacatggtgacggag
aaagtcgatggcgatcgcctcaacacaccactggatctggaatacccacagaacgaccaa
gaagccgaagactatgttgtagatgtggtcttgaaatatctgcatgcagcaaagaatcct
gtcatccttgtggatgcctgcgctatccgccacagagcgttgaaggaaacccatgaactg
gttgaaaaatcaggcatccctacatttgttgcaccgatgggaaagggcgcagtggatgag
tctctgcccaactacggcggtgtatacgcgggagacggttcaaacgccggtgtgcgcgaa
cgcgttgagtcatcggatcttgttctcagcattggtgccatcaaatccgacttcaacact
gcaggcttcactatccgcatgtcgcagctgaccactatcgatctacacagctatggatgc
aaagtgcggtactcggaatacccaggtgtaagaatgaacggtgttctttccaaggttaca
gcaaagctgggaaagctcaatatcgaatccggacctagcccgaataacaatgttccagag
aaggagaccgcatctaccgaatctgctatcaagcatgcctggttttggccaaaactcggt
cagtggctgaagaaggacgatatcctcattaccgagactggtacctccaactttggcatc
tgggaaactcgcttcccaacaggcgtcaacgccatctcgcaggttctctggggttcgatc
ggatacgcgactggctcctgtcaaggtgctgctcttgccgccaaagaatcaaacatcaag
cgcaccatactcttcacaggtgacggctcctttcaactcacagcgcaagaggtgtcgacc
atgatccgcaacaagctagcacccatcatttttgtaatctgcaacaagggttacacaatt
gagcggctcatccacggatgggaggacccctacaacgatgtccaggaatggaaatacaag
gacattccccgtgtctttggcgccgaagaaggcagcgtcctcacgtactgggtcgagaca
agagaggaagttgagaagctgttccaggatgaggaattctctagtggcgagacgcaaaag
atgcggtttgtcgagttggtcatgccgtgggacgatgcaccggctgcgctcaaggcggtt
gctgaggccgcggctaggacgaatgctagtgctgagtag
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