Mucilaginibacter ginsenosidivorax: FSB76_28945
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Entry
FSB76_28945 CDS
T06204
Symbol
gltB
Name
(GenBank) glutamate synthase large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
mgk
Mucilaginibacter ginsenosidivorax
Pathway
mgk00250
Alanine, aspartate and glutamate metabolism
mgk00910
Nitrogen metabolism
mgk01100
Metabolic pathways
mgk01110
Biosynthesis of secondary metabolites
mgk01120
Microbial metabolism in diverse environments
mgk01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
mgk00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
FSB76_28945 (gltB)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
FSB76_28945 (gltB)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
mgk01002
]
FSB76_28945 (gltB)
Enzymes [BR:
mgk01000
]
1. Oxidoreductases
1.4 Acting on the CH-NH2 group of donors
1.4.1 With NAD+ or NADP+ as acceptor
1.4.1.13 glutamate synthase (NADPH)
FSB76_28945 (gltB)
Peptidases and inhibitors [BR:
mgk01002
]
Cysteine peptidases
Family C44
FSB76_28945 (gltB)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Motif
Other DBs
NCBI-ProteinID:
QEC79788
UniProt:
A0A5B8WCX8
LinkDB
All DBs
Position
7003754..7008271
Genome browser
AA seq
1505 aa
AA seq
DB search
MNQTDSNQGLYRPEFEHDSCGTGFITNINGHKSNQIIDDALTMLENMEHRGACGCDPETG
DGAGILIQLPHEFLMEECSNLEISLPEPGEYGVGMIFFPKDSAQKKACRIVITNAIEKLG
LVKLGYRKLTVDSMAVGETARQAEPDVEQIFIARPHHITNADDFERKLFILRRYINKTIT
DTIPGASEYFYFTSLSCKTIVYKGQVTTYQLRKYYADLTDPRIASGFAMIHSRFSTNTFP
SWKLAQPFRLIAHNGEINTLTGNLNWFYAGLKSYASSYFTAEEMEMIMPVIDNNQSDSAC
LDNIIEILLHSGRSLPHVMMMLVPEAWDGNVHMDPIKKAFYEYHATLMEPWDGPAAITFT
DGKLVGALLDRNGLRPLRYVITNDGRVIAASEAGTLAIDESTVVRKGRLQPGKMLLIDTE
KGRIITDDEIKKQISSRQPYGRWLENYKINLSELTEPRLAFAQLSEASVFRYQQVFGYSR
EDIDTIIKPMAVDGKEPVGSMGTDVPLAILSDKPQHLSSYFKQFFAQVTNPPIDPIRERL
VMSLATFIGNNGNLLDEDKMHCHCVVLKHPILKNHQLEKLRSIDTGLFHAKTLQTYFVAD
GMPGSLEKGIARLCRYAEDAVDDGFEVLILSDRAVDSEHAPIPTLLAVSAVHHHLIKKGL
RGAVGLVVETGDAWEVHHFACLLAFGATAINPYLALATIETVKNNGSLETGLDIKTLQKN
YVKSVNDGLLKIFSKMGISTLQSYHGSQVFEILGLNRTVVDKYFCGAVTRIGGLGLDEIA
REALCKHRMGFNAKGADNLLPEGGIYQWKRRGEAHLFNPTTVHLLQHATRSNDYNVYKNY
AKVINEQTEKHFTIRGLLDFAHHREAISIDEVEPAENIMKRFATGAMSFGSISHEAHSTM
AIAMNRIGGKSNTGEGGEDEMRYEKMANGDSMRSAIKQVASARFGVTSNYLTNADELQIK
MAQGAKPGEGGQLPGHKVDDWIAKTRHSTPGVGLISPPPHHDIYSIEDLAQLIFDLKNAN
RAARINVKLVSKAGVGTIAAGVAKAHADVILIAGYDGGTGASPISSVKHAGLPWELGLTE
AHQTLVRNKLRSRVVLQTDGQLKTGRDLAIAALMGAEEWGVATAALVAGGCIMMRKCHLN
TCPVGVATQDPELRKLFSGKADHVVNLFKFMAEELREIMAELGFRTINEMVGRVQFLKVK
DHLESWKAKKIDLSGILHPVTNTKGMTLYNSEKQDHGMDEILDWQLLAAAQPALEDKTPV
FASFDVINVNRTVGTLLSNEISKIYGSAGLPDNTINYKFKGSAGQSFGAFATKGISFELE
GEANDYVGKGLSGAQLAIYPSEKATFTPEDNIIIGNVALYGATSGEVFIGGMAGERFAVR
NSGATTVVEGIGDHGCEYMTGGRALILGKTGRNFAAGMSGGLAWIYNPDNSFAENCNTEM
VDLDPLSLQDEEQILTLLRKHVSLTGSKLAQQILANWAEASTQFVKVYPKEYKKVVEKLQ
YQTIG
NT seq
4518 nt
NT seq
+upstream
nt +downstream
nt
atgaatcaaactgatagcaaccagggcctttacaggccagaatttgaacacgattcgtgc
ggaactggatttataaccaacataaatggtcataaaagtaaccagattattgatgatgcg
cttacgatgctcgagaacatggaacaccgcggtgcctgcggatgtgatcctgaaaccggc
gatggtgccggtatactgatacaattgccccatgagtttttgatggaagaatgctcaaac
ctcgagatcagcctgcccgaaccgggcgagtatggtgtggggatgatctttttcccgaaa
gactcggcacaaaaaaaggcttgccgcattgttattaccaacgcgatagaaaagctgggc
cttgttaaattaggctaccgcaaattaaccgtcgactcaatggcggttggcgaaacagcc
cgtcaggccgagcccgatgtagagcagatatttattgcccgcccgcaccacattaccaat
gccgatgactttgagcgtaagctttttatattgcgcaggtacattaataaaactattacg
gataccattcccggtgcatcggaatatttttatttcacctcgttatcgtgcaaaacaatt
gtttacaaaggccaggtaactacttaccagctgcgtaaatattatgctgatttaacagac
ccgcgtattgcatctggcttcgccatgatccactcgcgtttctctacgaatactttccca
tcgtggaaactggctcagcctttccgcctgattgcccataacggcgagatcaatacttta
accggtaatttaaactggttttacgccggtttaaaatcatatgcttcgtcgtacttcacg
gccgaagaaatggaaatgattatgccggtgattgataacaaccagtcagactctgcctgt
ttggataatatcatcgaaattctgctgcactctggccgctcattaccacacgtaatgatg
atgctggtacccgaggcatgggacggtaatgtacacatggatcctattaaaaaggcattt
tatgagtaccatgccacattgatggagccatgggatggcccggccgctattacgtttacc
gatggtaaactggtaggtgctttattggataggaatggccttcgcccgttgcgttatgta
attaccaacgatggccgcgttatagcagcgtctgaggcaggtaccctggctatcgacgaa
agcaccgtagtgcgtaaaggccgtttacagccaggtaaaatgctgctgattgatacagaa
aaaggcaggattattactgatgatgagataaaaaaacaaatctcttcaaggcagccttac
ggtcgctggctggagaattataaaataaacctgagcgaacttaccgaaccacgtttggca
tttgcccagctttcagaagcttctgtattccgttaccagcaggtatttggttacagccgc
gaggatatagataccattattaagccaatggctgttgatggtaaagagcctgtaggctcg
atgggtaccgatgtgcctttggctatattgtctgataaaccacaacatttatcgagctac
tttaaacagttttttgcccaggtaaccaacccgcctatcgacccgatccgcgagcgcctg
gtaatgagtttggcaacctttatcggcaacaacggtaacttgctggatgaagataaaatg
cactgccattgtgtagttttaaaacacccgatattaaaaaaccaccagttagagaagctg
cgcagtattgataccggccttttccatgccaaaacactacaaacttactttgtggccgat
ggtatgcccggctcgttagaaaaaggtattgcgaggctttgccgctatgcagaggatgcc
gttgacgatgggtttgaagtattgattctgtcggatcgtgctgtagactctgagcatgcg
cctatccctacactgttagccgtatctgccgtacatcaccacctcattaaaaaaggtctc
cgtggtgcagtaggcctggttgttgaaaccggggatgcatgggaagttcaccattttgcc
tgtttactggcatttggtgctacagctattaacccatacctggccctggctactatcgaa
accgttaaaaataacggtagcctagaaaccgggctggatattaaaacactgcaaaaaaac
tacgtgaaatctgtaaatgatggtttattgaagatcttctctaaaatgggaatctcaacc
ttacaatcataccatggttcgcaggtttttgaaatattaggtttaaacagaactgttgta
gataaatatttctgcggagccgttacccgcattggcggcttgggccttgatgaaatagcc
cgcgaagcactatgtaaacatcgcatgggctttaatgccaagggtgccgataatttactg
cccgagggtggtatttaccagtggaaacgcaggggcgaagcccacttatttaacccaacc
acggtacacttgttacagcatgctacccgtagcaatgattataacgtatataaaaactac
gctaaggtaattaacgagcaaaccgaaaagcattttaccattcgtggattgcttgacttt
gcgcatcaccgtgaagctatcagcattgatgaggttgaaccggccgaaaacatcatgaaa
cgctttgcaacaggcgccatgtcgttcggatctatatctcacgaagcgcacagcaccatg
gctattgccatgaaccgcataggtggtaaaagcaataccggcgaaggtggtgaggacgag
atgcgttacgaaaaaatggccaacggcgattctatgcgttcggctatcaagcaagtggca
tctgcccgttttggggtaacatcaaattaccttaccaatgccgatgaattgcagataaaa
atggcgcagggcgctaaaccaggcgaaggtggacagcttccgggtcataaagttgatgac
tggattgctaaaacccgtcactcaactcctggtgtaggtttaatttctccaccgccgcac
cacgatatttactctatagaggatttggcgcaattaatattcgatttaaaaaatgccaac
cgtgctgcacgtatcaatgtaaaactggtatcaaaagcaggtgtgggtactatagcagca
ggtgttgcgaaagcacatgctgatgttatcctgattgccggctatgatggtggtacaggt
gcatcgccaataagctcggtaaaacacgcgggcttgccatgggaacttggtttaaccgaa
gctcaccaaaccttggtacgcaataaattacgtagccgtgtggtattacaaacagatggc
cagctaaaaaccggtcgcgatttggccattgcagctttaatgggtgccgaggaatggggt
gttgcaacagccgcgcttgtagccggtggttgtatcatgatgcgtaagtgtcacctgaat
acctgccctgtaggtgttgccacacaagatcctgaattaaggaaactgtttagcggtaaa
gcagatcacgtggtgaacctgtttaaatttatggccgaagaactgcgcgagattatggcc
gagttaggcttccgtaccattaacgagatggttggacgtgttcagttcctgaaggtaaaa
gatcacctggaaagctggaaagccaaaaagattgacctaagcggcatattacacccggtt
accaataccaaaggcatgacgctttataacagcgaaaagcaggatcatggtatggatgag
atactggactggcagttgttggcggcagctcaacctgctcttgaagataaaacgccggtg
tttgcatcgttcgacgttatcaacgttaaccgtactgttggtacattgctgtcaaacgag
atctcgaagatatatggatcggcaggtttacctgataatactattaactacaaattcaaa
ggctcggccgggcaaagctttggcgcttttgcaaccaaaggtatctcttttgaactggag
ggcgaagccaatgattatgtaggtaaaggtttatcgggggcgcaactggctatttaccca
tcagagaaagctactttcacgcccgaagataatatcatcataggtaacgtggctttgtat
ggtgcaacgtcgggcgaggtatttataggcggtatggccggcgaacgtttcgcggtacgt
aactccggtgctactactgttgttgagggtattggcgatcatggttgcgaatacatgacc
ggtggccgggcactgatattgggtaaaacaggacgcaactttgcagctggtatgagcggt
ggtttagcctggatttataatccggataacagttttgccgaaaactgtaatacagagatg
gtagaccttgatccgctatcgttacaggatgaagagcagatacttaccttactgcgtaag
cacgtaagccttacaggcagtaaacttgcacaacagatcctggctaactgggccgaggca
tctacacaatttgtgaaggtgtatccaaaagagtataaaaaagtagtagagaaattacaa
tatcaaacaataggctaa
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