Alternaria dauci: 96089756
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Entry
96089756 CDS
T10615
Symbol
ACET3X_009434
Name
(RefSeq) hypothetical protein
KO
K01638
malate synthase [EC:
2.3.3.9
]
Organism
adac Alternaria dauci
Pathway
adac00620
Pyruvate metabolism
adac00630
Glyoxylate and dicarboxylate metabolism
adac01100
Metabolic pathways
adac01110
Biosynthesis of secondary metabolites
adac01200
Carbon metabolism
Module
adac_M00012
Glyoxylate cycle
Brite
KEGG Orthology (KO) [BR:
adac00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00620 Pyruvate metabolism
96089756 (ACET3X_009434)
00630 Glyoxylate and dicarboxylate metabolism
96089756 (ACET3X_009434)
Enzymes [BR:
adac01000
]
2. Transferases
2.3 Acyltransferases
2.3.3 Acyl groups converted into alkyl groups on transfer
2.3.3.9 malate synthase
96089756 (ACET3X_009434)
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Gene cluster
GFIT
Motif
Pfam:
MS_TIM-barrel
MS_C
MS_N
Motif
Other DBs
NCBI-GeneID:
96089756
NCBI-ProteinID:
XP_069303511
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All DBs
Position
9:join(2290499..2290862,2290912..2291336,2291388..2292172,2292232..2292289)
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AA seq
543 aa
AA seq
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MAASPDSILREVNILGDLNDQNRHILSKDACVFLALLHRTFNERRKALLQRRVIRQAELD
KGNLLDFLPETKHIRENDAWKGAPPAPGLVDRRVEITGPTDRKMVVNALNSDVWTYMADF
EDSSAPTWDNMINGQLNLYDAIRRQVDFKQGEKEYKLRTDRTLPTLIARARGWHLEEKHF
TVDGEPISGSLFDFGLYFFHNAHELVKRGAGPYFYLPKMESHLEARLWNDVFNLAQDYIG
MRRGTIRGTVLIETITAAFEMDEIIYELRDHSSGLNCGRWDYIFSTIKRFRQNPNFVLPD
RDSVTMTSPFMDAYVKLLIKTCHRRGVHAMGGMAAQIPIKNDQAANDAAMAKVKADKLRE
ARAGHDGTWVAHPALAAIASEVFNEHMPAPNQMHVRREDVHITANDLLNMNVPGKVTEQG
IRKNLDIGLAYMEAWIRGVGCVPINYLMEDAATAEVSRSQLWQWTRHNVETAEGKKVTKE
YALKLLKEQAQALSEKAPKGNKFHLAAKYFEGQVTGEDYAEFLTSLLYNEITNVGPPKGA
SKL
NT seq
1632 nt
NT seq
+upstream
nt +downstream
nt
atggcagccagccccgatagcatcctgcgcgaggtcaacatcctcggcgacctcaacgac
cagaaccgtcacatcctcagcaaggacgcctgtgtcttccttgccctcctccaccgcaca
ttcaacgagcgccggaaagcgctgttgcagcgacgagtaatccgacaggctgagctcgac
aagggaaaccttctcgacttcctgccagagacgaagcacatccgtgagaacgatgcgtgg
aagggcgcaccaccagcgccaggtctggttgacaggcgcgtcgagattactggcccgaca
gatcgcaagatggttgtcaatgccttgaactcggacgtctggacatacatggccgacttt
gaggattcatctgcacccacctgggacaacatgatcaacggccagctcaacctctacgac
gccatccgcaggcaagtcgacttcaagcaaggcgagaaggagtacaagctccgcaccgac
cgaacactgcccacgctcatcgcccgcgcgcgaggctggcacctcgaggagaagcacttc
acagtcgatggcgagcccatctccggcagtctgttcgactttggactatactttttccac
aacgcacacgagctggtcaagcgcggcgcgggcccatacttctacctgcccaagatggag
tcgcatctcgaggccaggctctggaatgacgtcttcaatctcgcgcaagactacatcggc
atgaggcgtggaaccatccgtggcaccgtcttgatcgagaccatcaccgccgctttcgag
atggacgagatcatctacgagctccgcgaccactcctcgggtctcaactgcggccgctgg
gactacatcttcagcaccatcaagcgcttccgccagaacccaaacttcgtgctgccggac
cgcgactccgtcaccatgacgtcgcccttcatggacgcctacgtcaagctcctcatcaag
acatgccacaggcgcggtgtccacgccatgggcggcatggcagcccagatccccatcaag
aacgaccaagccgccaacgacgccgccatggcaaaggtcaaggccgacaagctacgcgag
gcacgcgctggccacgacggcacctgggtcgctcacccagccctcgctgccattgcaagc
gaagtgttcaacgagcacatgcctgcgcccaaccagatgcacgtccgccgcgaagacgtg
cacatcaccgccaacgacctgctcaacatgaatgtccccggtaaagtaaccgagcaaggc
atccgcaagaacctcgacattggactcgcctacatggaagcctggatccgtggcgtaggc
tgtgtccccatcaactacctcatggaagacgcggctacggctgaggtctcgcgctcacag
ctctggcagtggacaagacataatgttgagactgcggaaggcaagaaggtgacaaaagag
tatgcgctcaagttgctgaaagaacaggcgcaggcgctgagtgagaaggcgccaaagggg
aacaagtttcatcttgcggcaaagtactttgagggtcaggttactggggaggattatgct
gagtttttgacttcgctgctctacaatgagattacgaatgtaggtccgccaaagggtgcc
tccaagttgtaa
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