Alteromonas mediterranea DE1: amad1_15420
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Entry
amad1_15420 CDS
T02340
Symbol
thrA
Name
(GenBank) bifunctional aspartokinase I/homoserine dehydrogenase I
KO
K12524
bifunctional aspartokinase / homoserine dehydrogenase 1 [EC:
2.7.2.4
1.1.1.3
]
Organism
amaa
Alteromonas mediterranea DE1
Pathway
amaa00260
Glycine, serine and threonine metabolism
amaa00261
Monobactam biosynthesis
amaa00270
Cysteine and methionine metabolism
amaa00300
Lysine biosynthesis
amaa01100
Metabolic pathways
amaa01110
Biosynthesis of secondary metabolites
amaa01120
Microbial metabolism in diverse environments
amaa01230
Biosynthesis of amino acids
Module
amaa_M00016
Lysine biosynthesis, succinyl-DAP pathway, aspartate => lysine
amaa_M00018
Threonine biosynthesis, aspartate => homoserine => threonine
Brite
KEGG Orthology (KO) [BR:
amaa00001
]
09100 Metabolism
09105 Amino acid metabolism
00260 Glycine, serine and threonine metabolism
amad1_15420 (thrA)
00270 Cysteine and methionine metabolism
amad1_15420 (thrA)
00300 Lysine biosynthesis
amad1_15420 (thrA)
09110 Biosynthesis of other secondary metabolites
00261 Monobactam biosynthesis
amad1_15420 (thrA)
Enzymes [BR:
amaa01000
]
1. Oxidoreductases
1.1 Acting on the CH-OH group of donors
1.1.1 With NAD+ or NADP+ as acceptor
1.1.1.3 homoserine dehydrogenase
amad1_15420 (thrA)
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.2 Phosphotransferases with a carboxy group as acceptor
2.7.2.4 aspartate kinase
amad1_15420 (thrA)
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Gene cluster
GFIT
Motif
Pfam:
Homoserine_dh
ACT_9
AA_kinase
NAD_binding_3
ACT_7
ACT
Motif
Other DBs
NCBI-ProteinID:
AFV86578
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All DBs
Position
complement(3468604..3471069)
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AA seq
821 aa
AA seq
DB search
MKVLKFGGSSLADAPRYMRVMEISTATHQTDGAAVVLSAPKGVTNALSLLCEQAAAGEDF
QPLFTKLNDTVTGIANNLNEELDGFAHASVVDFINSHLSVLKQHLEGIKLLGVAPDNVAA
GILSIGEYISVTLFSAMLSAKGIANRVIDPVKYVLADGEYLDSIADVSLSKARFSDVPND
GSEFLIMPGFVAANEAGEKVTLGRNGSDYSAAILAACIDASCCEIWTDVDGVYNADPNQV
EGAVLLDKLTYQEAMELSYFGAKVLHPKTIGPIAQHHIPCLIRNTLNPAAPGTLISNEKS
EVWTSVKGISQLDNVTMFNVAGPGLKGMVGMASRVFEVMSNANISISLITQSSSEYSISF
CIQSKDAQRALTLLEDAFALELQNQLLDPIEVRHDLAIVTLVGDGMRQTKGLAARFFNSL
AQARVNNVAIAQGSSERSISTVIESKRAKKAVKVIHQNFFSDRHTIDVFLVGCGNVGTEL
LGQIEKQQPALLKRNIQLRVYGIANSRKLLLNSQGIDLSGDWSAALDSASEGLSVERLHQ
FANDNSLVNPVIVDCTSHEAIANQYVDMMESGFHVVTPNKKANTSAMAYYRKLRKTALST
NRQYLYETTVGAGLPVIDNLQKLFSAGDVLHRFEGILSGSLSYVFGKLDEGMSLSQATQT
AKDNGFTEPDPRDDLSGMDVARKLLIMAREADLELELSDIEIESVLPAGFAEDCSIDEFM
QQLPELDAAINEKVEAAKAEGKVLRYIGSIEDGKCKVSIQAVPASNPLSQVKDGENALAI
NSDYYSPIPYVIRGYGAGGTVTAAGVFADILRTMPWKQMAH
NT seq
2466 nt
NT seq
+upstream
nt +downstream
nt
atgaaagtcttaaagtttgggggttcttctctagccgatgcaccgcgatacatgcgcgtt
atggaaattagcacggccacccaccaaaccgacggtgctgcggttgtactctctgcccct
aagggggtaacgaacgcgctttcactattgtgtgaacaagcagccgcgggtgaagatttc
caaccgttattcactaaactgaacgacacggttaccggcattgccaacaaccttaacgaa
gaactcgacggctttgcccacgcaagcgtggtagatttcatcaacagtcacctcagtgta
ttaaagcagcaccttgaaggcataaagttgcttggcgtagcgccagataatgttgcagcg
ggtatcctaagcattggtgaatatatttcggttacgcttttcagcgccatgctttcagcg
aagggcatcgctaaccgcgttatcgacccggtaaaatatgtgcttgccgatggcgaatac
ctagacagcattgccgacgtgtcgctaagtaaggcgcgtttttcagacgtaccaaacgat
ggcagtgagttcttaataatgccgggtttcgtcgccgctaatgaagcgggcgaaaaagtg
acgttaggccgcaacggttcagattattccgcagcaattttagcggcgtgtatcgatgca
agctgttgcgagatttggacagacgtagatggtgtttacaatgctgacccgaaccaagta
gaaggtgcggtactgcttgataaattgacttatcaagaagccatggaactgtcttatttt
ggcgctaaagtacttcaccctaaaaccattggccctatcgctcaacatcacatcccgtgt
ttaattcgcaatacgcttaatccagcggcgccgggtacgcttatcagcaacgaaaaaagt
gaagtatggacgtcggttaaaggtatttcacagcttgataacgttactatgtttaacgtt
gcaggccctggtcttaaaggcatggtaggcatggcaagtcgcgtgtttgaagtcatgtcg
aatgcgaatatctctatcagtttaattactcagtcttcctctgagtactcaatcagtttt
tgtattcaaagcaaggacgcccagcgtgcgttaaccttacttgaagatgcgtttgcacta
gagttacaaaatcagctgcttgatccaatcgaagtgcgtcatgatcttgccattgttacc
ttagtgggtgacggtatgcgtcaaaccaaaggcttggcggcccgtttctttaactcgctt
gcgcaagcgagagttaacaacgtagccatcgcgcagggctcttctgagcgctcaatctct
acagttattgaaagcaagcgtgcgaaaaaagcggtaaaagtcattcatcagaattttttc
tctgaccgtcataccatagacgtattcctagtagggtgtggcaacgtggggactgaactg
ctagggcagattgaaaagcagcagccggcactgttaaagcgcaatattcagctgcgtgtc
tacggtattgccaatagccgtaagctactgttaaacagccaaggtatagatttaagcggt
gactggagcgcagcacttgattcagcgagcgaagggttgagcgttgagcgcttacaccag
tttgctaatgacaacagcttagtgaacccagttattgttgactgcaccagccatgaagct
attgccaatcagtacgttgatatgatggaaagtggtttccacgtagtgacgccgaacaaa
aaggcgaataccagcgccatggcttattaccgtaagctgcgcaaaacggcactttctact
aaccgtcaatacctttatgagacgacagtgggcgcaggccttccggttattgataacctg
caaaagctgtttagcgccggtgacgttctgcaccgctttgaaggtattttatcaggcagc
ttgtcttacgtgttcggcaagcttgacgagggcatgagcctgtcgcaagcgacgcaaaca
gcaaaagacaatggctttaccgagccagatcctcgcgatgatttaagcggtatggacgta
gcgcgtaagctgcttattatggcccgcgaagccgacctagaacttgagctttccgatatt
gagattgagtcagtattgccagcaggctttgctgaagattgttccatcgacgaatttatg
cagcagctacctgaattagatgctgcgataaatgaaaaagtggaagcagccaaagcagaa
ggcaaagtacttcgctatatcggcagcattgaagacggtaagtgcaaagtaagcattcag
gctgtgccggcaagcaacccgctttcacaagtaaaagacggtgaaaacgcgctggctatt
aacagtgactactatagcccaattccttatgtgataagaggctacggcgctggtggtacg
gtgaccgcagcgggtgtgtttgcagatattttgcgtaccatgccgtggaagcaaatggcg
cactaa
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