Vibrio aquimaris: FIV01_08115
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Entry
FIV01_08115 CDS
T06969
Symbol
dat
Name
(GenBank) Diaminobutyrate--2-oxoglutarate aminotransferase
KO
K00836
diaminobutyrate-2-oxoglutarate transaminase [EC:
2.6.1.76
]
Organism
vaq
Vibrio aquimaris
Pathway
vaq00260
Glycine, serine and threonine metabolism
vaq01100
Metabolic pathways
vaq01120
Microbial metabolism in diverse environments
vaq01210
2-Oxocarboxylic acid metabolism
vaq01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
vaq00001
]
09100 Metabolism
09105 Amino acid metabolism
00260 Glycine, serine and threonine metabolism
FIV01_08115 (dat)
09180 Brite Hierarchies
09181 Protein families: metabolism
01007 Amino acid related enzymes [BR:
vaq01007
]
FIV01_08115 (dat)
Enzymes [BR:
vaq01000
]
2. Transferases
2.6 Transferring nitrogenous groups
2.6.1 Transaminases
2.6.1.76 diaminobutyrate---2-oxoglutarate transaminase
FIV01_08115 (dat)
Amino acid related enzymes [BR:
vaq01007
]
Aminotransferase (transaminase)
Class III
FIV01_08115 (dat)
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Aminotran_3
Pyridoxal_deC
Beta_elim_lyase
Motif
Other DBs
NCBI-ProteinID:
QFT26391
UniProt:
A0A5P9CK59
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All DBs
Position
complement(1734854..1737751)
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AA seq
965 aa
AA seq
DB search
MSTAFEVDNSLNENNIASPFSSQIPVVDGVYDLTPDSVLQEQSEHESEVRSYPRRLPIAI
RQAYGVLVEDTRGQIFLDCLAGAGTLALGYNHPEINQALKNQLDSGLPYQTLDIATKAKT
HFIQSVKNFLPQELGENCVIQFCGPSGADAVEAAIKLAKQTTGRNTMFAFRGAYHGMTNG
TMGMMGNLGTKARRTGLMSDVHFMPFPYDLRCPFGLGGEKGARAGIRYIERLLNDDEAGI
MKPAAIIVEPIQGEGGVIPAPAFWLQELRRICDEHEILLIFDEIQCGVGKSGYHFAFEEA
GIVPDILCLSKAIGGGLPMSLLVINKEHDTWLPGEHTGTFRGNQLAMVSGAKALEIIERD
NLVEHANVAGQYLRLGLEGIQKRVNCIADVRGKGLMLGVEVCQPNQKRNKFGEPASDGEL
TLSIQRAALERGLMVEKGGRDGSVIRFLPPLIISFEQIDFALRVLEEAILASGGSYKKQQ
ESNQVWKKHFIQTGGMEKADFSTAMHHATAAMEKVFEQVSGPYSGIEPKQLEELINAVDL
NNQQSNLLDVIDHTADLVGKNAIFTQHPDCIAHLHTPPLLSSVVAETIIASLNQSMDSWD
QASSATYVEQKVVSWLCEKYELGKMSDGIFTSGGTQSNQMGLMLARDWIADRLSGLSVRQ
HGLPDYADKLRIICSDKSHFTIHKAASWMGLGKQSVLTVATNVDGTMDTVQLERVVADAK
SNGLIPFAIVGTAGTTDHGAIDDLNALADIAEAHQMWMHVDGAYGGALVLSSHKDRLAGI
ERAHSISVDFHKLFYQTISCGSLLVKDKAHFKYLLHHADYLNREHDELPNLVDKSIATTK
RFDALKVFMTMQNVGPKTLGAMYDHLLEQTQKVAELINQEKDFELLSTPLLSTVLFRVTS
KHSVDLNELNKRVRLKALTRGVAVLGETIVDGKTALKFTILNPCLAMSDFESLIAKINEL
AIELA
NT seq
2898 nt
NT seq
+upstream
nt +downstream
nt
atgagcactgcctttgaagtcgataattcgttgaatgaaaacaatatcgcaagtccattt
tcgtcacaaattcccgttgtagatggagtttacgacctcacccctgattccgttttacaa
gaacaatccgagcatgaatctgaggtccgttcatatcctcgtcgacttcctatagctata
agacaagcttatggagtgctggttgaagatacacgaggtcagatttttttggattgctta
gcgggtgctggcacgcttgctcttggttataaccatccagaaatcaatcaagcactcaaa
aatcagcttgattcaggccttccataccaaacgcttgatattgcgacgaaagccaagacg
cactttatccagtcggtgaaaaattttcttccgcaagagcttggagaaaattgcgttatc
cagttctgtggaccttcaggagctgatgctgtagaggctgcgataaaacttgctaaacaa
accactggtagaaataccatgtttgctttccgaggtgcttaccatgggatgaccaatggc
actatgggcatgatgggtaatttaggaaccaaagctcgccgtactggcttgatgtcggat
gtgcattttatgccattcccgtacgacttacgttgtccttttggtttgggcggagaaaag
ggagcacgtgctggtatccgttacattgagcgtttgctcaatgatgacgaggccggaatc
atgaagcctgcagctattatcgtcgaacctattcaaggtgagggtggtgtcatacctgct
ccagcattctggctacaagagcttcgtcgtatttgtgatgaacatgaaatactactgatc
tttgacgaaatccaatgcggtgttggtaagtctggataccattttgcgttcgaggaagcg
ggtatcgttccggacatattatgtttatccaaagcaattggtggaggcttgccaatgtct
ctgttggtgatcaataaagagcatgatacttggttacctggagagcatactggtacgttt
cgtggcaaccaacttgcgatggtatctggtgcaaaggccctcgagatcatcgagcgtgac
aatcttgtcgaacacgcaaatgttgctggccagtatttacgtttggggctggaaggcatt
caaaagcgagtcaactgtattgctgatgtacgtggtaaagggttgatgttgggtgtggaa
gtttgtcagccaaatcagaagcgaaataagttcggtgaacctgcatcagatggtgaatta
accttatctattcagcgcgcggctctcgaaagaggcttaatggttgaaaaaggtgggcga
gatggttcggtcatccgtttcctaccaccacttattatttcctttgaacagatcgatttt
gctcttcgtgttctcgaagaagccattctggcttctggcggctcttataagaaacaacag
gagtcaaatcaggtatggaaaaaacacttcattcaaacaggtggaatggagaaggctgat
tttagtacagccatgcaccatgcgactgcggcaatggaaaaagtgtttgagcaagttagt
ggtccttattcaggcattgaacctaaacaacttgaggagttaatcaatgcggttgaccta
aacaatcaacagtccaatctgctcgatgttattgaccataccgcagatcttgttggtaaa
aatgccatcttcacacagcatccagactgcatagcacatttgcatacacctccgctgcta
tcttcggtagtggctgagactatcattgcgtctctgaatcagtctatggattcctgggac
caagcttcatctgcaacctatgtcgaacaaaaagtagtgagttggctgtgtgaaaaatat
gaactaggcaaaatgtctgatggtatttttactagcggtggaacccagagtaaccaaatg
ggattgatgttggcgcgagattggattgcagataggttatctggtctttcagttcgtcaa
catgggcttccagattatgcagataaactacggattatttgctcagataaatcgcatttt
accattcacaaggccgcatcttggatggggcttggtaaacagtctgttttgactgttgca
accaacgttgatggcactatggacacagtgcaattggaaagagtggttgcagacgctaaa
tctaatggcctcatcccatttgcaattgtaggtaccgctggtacgacagaccatggtgca
attgacgatttaaatgcgcttgctgatatagcagaagctcaccaaatgtggatgcatgtc
gatggggcatacggcggagcgctggtattaagtagtcacaaagaccgcttggcaggaatc
gaacgtgcccattctataagtgtcgactttcacaagttattttatcaaaccataagctgt
ggatctttactggttaaagataaagctcactttaagtatttgcttcatcatgcagattat
cttaatagagaacacgacgagttacctaatcttgtcgataagtctatcgcaaccactaaa
cggttcgatgccttaaaggtgtttatgacgatgcaaaacgtagggcctaaaacattaggg
gccatgtatgatcatctgttagaacaaacccagaaggttgccgagttaatcaaccaagaa
aaagacttcgagcttttatcaaccccattactgtcgacggttttgtttagagtcacaagc
aaacattcagtagatctaaatgaattgaataaaagagttcgacttaaagctttaacgcgt
ggtgttgctgtattgggcgaaaccatcgttgatggtaaaacggcacttaaatttacgatt
ctaaatccatgcttagccatgtctgactttgaatcattaatcgcaaaaataaacgagcta
gcaattgagttagcgtaa
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