Alternaria dauci: 96089590
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Entry
96089590 CDS
T10615
Symbol
ACET3X_009268
Name
(RefSeq) hypothetical protein
KO
K00143
L-2-aminoadipate reductase [EC:
1.2.1.95
]
Organism
adac Alternaria dauci
Pathway
adac00300
Lysine biosynthesis
adac01100
Metabolic pathways
adac01110
Biosynthesis of secondary metabolites
adac01230
Biosynthesis of amino acids
Module
adac_M00030
Lysine biosynthesis, AAA pathway, 2-oxoglutarate => 2-aminoadipate => lysine
Brite
KEGG Orthology (KO) [BR:
adac00001
]
09100 Metabolism
09105 Amino acid metabolism
00300 Lysine biosynthesis
96089590 (ACET3X_009268)
Enzymes [BR:
adac01000
]
1. Oxidoreductases
1.2 Acting on the aldehyde or oxo group of donors
1.2.1 With NAD+ or NADP+ as acceptor
1.2.1.95 L-2-aminoadipate reductase
96089590 (ACET3X_009268)
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Gene cluster
GFIT
Motif
Pfam:
NAD_binding_4
AMP-binding
PP-binding
Epimerase
3Beta_HSD
AMP-binding_C
Ribosomal_S21
Motif
Other DBs
NCBI-GeneID:
96089590
NCBI-ProteinID:
XP_069303345
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All DBs
Position
9:join(1737109..1737443,1737491..1738761,1738808..1740741)
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AA seq
1179 aa
AA seq
DB search
MASLTKGSIPDPTADLHWSDFKGPIHEIFAANARKHPERPCVVETATSKTSERGFTYKHI
FEATAVLAHHLVQNGVQRGEVVMIFAHRGVDLVVAIMAVLAAGATFSVLDPLYPPDRQCI
YLEVSQPRALVVIDKATREAGPLSDQVRNYVKDNLQLRTEIPALELKDDGTLVGGSKDGK
DVLEEQQKLKAELPGVLVGPDSTPTLSFTSGSEGKPKGVKGRHFSLTHYFPWMAETFGLS
ENDKFTMLSGIAHDPIQRDIFTPLFLGAQLLVPSKEDIQHEKLAEWMRKYGATVTHLTPA
MGQILVGGASAIFPSLHHSFFVGDLLIKRDCRRLQNLAPNVRIVNMYGTTETQRAVSYYE
LPSCTEAPEFLDSIGEVIPAGRGMNNVQLLVVNREDRTKVCKPGESGEIYVRAGGLAEEY
LGLPDMTAAKFVDNWFVDSQKWVEEDNKKVESQGAAEPWREFYKGPRDRLYRSGDLGHYS
EDGNVHCTGRVDSQVKIRGFRIELGEIDSHLSAHPLVRENVTLLKRDAYEEPTLVSYIVP
EMKRWYDWLEERGAKDNDSVDDTSMVTLLKRFKYLRDDVREHLKKKLPAYAVPSIIVPLI
RFPLNPNGKIDRPALPFPEPAHLAAAGARRPSQLGAALTPTEKKMASIWAELLGDRGVTA
DGISGSDSFFDLGGHSIIAQQLFFKIRQEWKDIDVPMTTIFQYPTLRGFSANIDQAMDPI
GLRLDTAEAIDDDPEDEAYSADARELANQLTEFKTREPLNPKEEIHTFLTGATGFLGAYI
LRDVLSRPGKVTVLVRANDIDAALGRVKQTCSAYGIWEDSWESRLEPLVGDLEKENFGLE
PNTWNKLADSVDVVIHNGALVHWVLPYSRLRGPNVISTMTALSMCAAGKAKNFGLVSSTS
VLDTDYFVKLSEESLANGGTGVPEEDDLEGARKGLGTGYGQSKWAAEYITRKAGQKGLSG
CVIRPGYVLGDPEYGTTNTDDFLVRILKGCIQLKSRPDITNTINMVPVTHVARVVVASSF
NPPIAPLGVAQITSHPRITFNEFLGALEKFGYNVPLVSYPEWKQNMEAYVSDRSGTKEEN
ALLPLYHFVTGDLPADTKAPELDDKNAAEALKKDQIWTGQDWSKGGAVTEDTVGVYVSYL
IELGFMPKPEKKGIKELVMSGLTDAMREGMKLVGGRRGV
NT seq
3540 nt
NT seq
+upstream
nt +downstream
nt
atggcttctctgaccaagggaagcatcccggatcctactgcagaccttcactggtctgac
ttcaagggaccaattcacgaaatcttcgcagccaatgctcgcaagcacccagagcggcca
tgtgtggttgaaaccgccaccagcaagacatcagagcgcggcttcacatacaagcacatt
ttcgaggctaccgcagttctagcccaccatcttgtgcaaaatggcgtgcagagaggggaa
gtggtcatgatctttgcccatcgaggtgtggatcttgtcgtagccatcatggctgtcctg
gcggcaggcgcgaccttctcagtactagacccactataccccccagaccgccagtgcatc
tacctcgaagtctcccagccacgcgccctcgtagtaattgacaaggccacgcgcgaagcc
ggtcccctttcagaccaagtcaggaattacgtcaaggacaacctacaactccggaccgaa
atccctgcactcgagctcaaagacgacggaacccttgtcggaggctcaaaggatggaaag
gatgtgctggaggagcagcagaagctcaaggccgagctcccgggcgtgctggtcggtcca
gactcaacacccacactttcattcacatcaggatcagagggaaagcccaagggtgtcaag
ggccgtcacttttcgctcacacactactttccatggatggccgagacatttgggctgtct
gaaaacgacaagttcactatgctttccggcatcgcccacgacccaatccagcgagacatc
ttcactccactcttccttggcgcacaactactcgtgcctagcaaggaagacatccaacat
gagaagctcgcagaatggatgcgcaagtatggcgcgacagtcacacatctcacacctgcc
atgggccaaattctcgtaggaggtgcttcggcaatattcccaagcctgcatcactcgttc
ttcgtgggtgatttgttaatcaagcgcgattgcagaaggttgcagaacttggcgccaaat
gtccgtattgtcaacatgtacggaactacagaaacacaaagagctgttagctactacgag
ctgccaagctgtaccgaagcacccgaattccttgatagcattggcgaggttatcccggct
ggacgtggcatgaacaatgtccagcttttggtagtcaaccgcgaagacaggacaaaggtt
tgcaagcctggtgagagcggtgaaatctacgtacgagctggtggtctggccgaggaatac
ttgggtttgcctgacatgacagccgccaagtttgtcgacaactggtttgtagattcacaa
aagtgggttgaggaggacaacaaaaaggtcgagagtcaaggggccgctgaaccatggcgg
gagttctacaaaggtccacgagacagactctaccgctctggtgatcttggccattactcg
gaagatggtaatgtgcactgcacaggtcgagtagattcgcaagtgaagatccggggattc
cgtatcgaactgggtgagattgactcacatctctctgctcatcctttggtgcgcgaaaac
gtcacactattgaaacgcgacgcctacgaggagccaaccctcgttagctacatcgttccc
gagatgaagcgctggtacgactggcttgaagagcgtggtgcgaaggacaatgattctgtc
gacgacactagcatggtcacgttgttgaagcgcttcaagtatctacgagatgacgtacga
gagcatctgaagaagaagctccccgcatatgccgtgccatcgatcattgttccactcatt
cgatttccgctgaacccgaacggcaagatcgaccgaccagcgttgccgttcccagaacca
gcacatctagcagctgcaggtgccagacgcccttcacagttaggtgcagctttgacgcca
actgagaagaagatggcgagcatctgggcagagcttcttggcgatcgcggtgtgacggcc
gacggtattagtggaagcgattccttcttcgacctcggcggacatagtatcatcgcacaa
caactattcttcaagatacggcaagaatggaaggacatcgatgtacccatgactaccatc
ttccaataccccacattgcgcggcttctcagcaaacatcgaccaggccatggatcctatc
ggtctacgcctggataccgccgaggctatcgacgacgacccagaagacgaggcatactct
gctgatgctagagaactcgccaaccaattgacggaattcaagaccagggaaccactgaac
cccaaggaagaaatacatactttcctcactggtgcgacaggtttcttgggagcctacatc
ctgcgagacgtcttgtctagacctggaaaggtcacagtgcttgtgcgtgcgaatgacatc
gatgctgcacttggacgtgtcaagcagacgtgctctgcatacggtatttgggaagatagt
tgggaatcgcgcctagagccacttgtcggagatcttgagaaggaaaacttcggtcttgaa
ccaaacacgtggaacaaactcgcggactcggtcgatgttgtcattcacaacggcgcgttg
gtacattgggtattgccgtactcacgtctccgtgggcccaacgtcatatccactatgact
gcactctcaatgtgtgctgcgggcaaagccaagaacttcggccttgtaagctcgacatca
gtgcttgatacagactacttcgtgaagttgtctgaggagagcttggcaaatggcggtaca
ggtgtccccgaagaagatgacttggagggtgcccgcaagggcttaggtactggttatggc
caatccaagtgggcagccgagtacatcacacgaaaggctggtcaaaaaggattgagtggg
tgcgtcatccgtcccggctacgtgttgggagatccagagtacggcaccaccaacaccgac
gacttcctcgtgcgtattctcaagggctgcatccaactcaaatcacgacccgacattacg
aacacgatcaatatggtccctgtgacgcacgttgcgcgcgtcgttgtagcgtcatcgttc
aacccacccatagcaccactcggagttgcgcaaatcacgtcgcaccctcgtatcaccttc
aacgagttcctaggcgccctcgagaagtttggctacaatgttcctctcgtcagctacccg
gagtggaagcaaaacatggaagcctatgtctcggaccgctccggtacgaaagaagaaaac
gctctgttaccgctgtaccattttgtgactggagatctgcctgctgataccaaggcgcct
gagcttgacgacaagaacgcggcagaggcgctcaagaaggaccaaatatggacaggtcaa
gattggagcaagggtggggcggtgacggaagacaccgtaggtgtttatgttagttacctg
atcgagctgggcttcatgccgaagccggagaagaagggcatcaaagagctggtgatgagt
gggttgacggatgccatgcgcgaaggcatgaagctggttggtggtcggaggggtgtctaa
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