Leuconostoc mesenteroides subsp. mesenteroides ATCC 8293: LEUM_0818
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Entry
LEUM_0818 CDS
T00411
Name
(GenBank) glutamate synthase (NADH) large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
lme
Leuconostoc mesenteroides subsp. mesenteroides ATCC 8293
Pathway
lme00250
Alanine, aspartate and glutamate metabolism
lme00910
Nitrogen metabolism
lme01100
Metabolic pathways
lme01110
Biosynthesis of secondary metabolites
lme01120
Microbial metabolism in diverse environments
lme01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
lme00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
LEUM_0818
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
LEUM_0818
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
lme01002
]
LEUM_0818
Enzymes [BR:
lme01000
]
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)
LEUM_0818
Peptidases and inhibitors [BR:
lme01002
]
Cysteine peptidases
Family C44
LEUM_0818
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Motif
Other DBs
NCBI-ProteinID:
ABJ61926
UniProt:
Q03XZ6
LinkDB
All DBs
Position
799285..803805
Genome browser
AA seq
1506 aa
AA seq
DB search
MKQSKLREQMVKNAPLWDESLEHDACGMGFIAQRYGQFSHELVERAITLLTRMNHRGGTG
SEPDTGDGAGLLMSIPDKFFRKVARIEGITLPQSGEYAVAMLFLPFDTVAKNKVLDKIIT
EISADGFEYIFDRDVPFDFDACGPTAQQAMPGFRQIFIKKPQHVALGRDFDDALYTLRRH
LEDTISDEDMYIVSLSAKTITYKGMLHAYQVGQFFLDLHDEDVEAKIALTHSRFSTNTFP
SWDRAQPFRFLAHNGEINTLQGDVNWMKTHGVAIYNEENSDSAMMENTMEHLYRHGRSIP
QSLLMLVPEAHSKEANVSDELAAFTEYNESFMAPWDGPAAVVFTDGNIVGARLDRNGLRP
SRYLVTDDGYVILSSESGVVDVPANSIIEKGVLGPANMILVDTTTGTFTRNEELKHHFAT
QYPYRQWLDEYQETLQDLPNQNLLEQRLNDKERLTLFKRFGYTQEVIDGAVLKMANTGQE
PTVAMGYDSPLAILSDRPQGLFTFFKQQFAQVTNPPIDALREHLVIATQMYLGREVDFQR
DLPENASKLKIDSPILSPADFAKIAHISNSKQKVALIKLAYNLTGLANGRLERALIGINQ
QADAAIASGATILILSDREVTKNQLTVPALLAVSSLKNYLAANGNATNASIVLNTAEAIE
THHFATLVGYGAAAIYPRGAYRILEAYDMNDATHQENYRVAAEKGIVKIMAKMGISTIQG
YYGAQLFEAIGLSKNVVDTYFTGTHSRIGGLDLNQIEEEYLKRYTTAYDESQDDPIPSGG
AYSLREDGEYHLYNQMMMYKFQTAVRTGNEELFKEYVADIHEAEHEHPGTIRSMWEIVPN
RQPIDIHEVERIENIVKRFKVGAMSFGALSQEAHETIAEAMNRLGAKSNSGEGGENRKRF
HTIKNSKIKQVASSRFGVNAEYLMSAEEIQIKMAQGAKPGEGGQLAGNKVFPWIAETRGS
TPGVRLISPPPHHDIYSIEDLKQLIFDLKAVNPYAKINVKLVSSTGVGTIATGAVKAGAD
TVTVSGYDGGTGAAPRNSIRDAGLPWELGLAETHQILSANKLRQRMTLETDGKLLTGRDI
AIAAMLGAEEFSFATLSMVAIGCIMMRVCHLNTCPVGITSQNPLLRSRFQGKPEDIINMM
TFLAQDLRELMAELGFRTLEEMVGHTELLKTRFTTNKKYKSLDFSNMIGQVIPIARKTKD
PFIAKRQWPELDMAAKAAIDNTQTLTMSAPIDNVSRAVGARMGGWIAERYGNTKLSPGLL
RYTYTGSAGQSFAAYTTQGMELKVIGEANDYVGKSLSGARLIVTPPKDAGYDTNNSPIIG
NVACFGGFAGEAYFHGRAGERFFVRNSGVCGVVEGVGDHGCEYMTGGVAVILGKIGRNFA
AGMSGGIAYIYDPDHQAAANINLEMVDLFEINQTHGDDVLYSLLQSHAAYTDSQKAKDIL
AHFEDEKANFIKVYPTEYHQVLNIMNKYETEGFSGLTKELKAFNELMPEYERVPETEEEL
ETLLSK
NT seq
4521 nt
NT seq
+upstream
nt +downstream
nt
atgaaacaatcaaaacttcgtgagcaaatggtgaaaaacgcgccgctctgggatgagtct
ctcgagcacgatgcctgcggtatgggatttattgcgcaacgttatgggcagttttctcat
gaacttgttgaacgcgccattacactattaacacgaatgaatcatcgaggtggcacagga
tcagagccagatacaggggatggtgcaggtctattgatgtcaattcctgacaaatttttt
agaaaagtagcaagaatagagggtattactttaccacaatcaggtgaatatgctgtggca
atgctttttttgccgtttgatactgtggctaagaataaggttttagataaaataattact
gaaatcagtgcagatggttttgagtacatttttgatcgagatgtaccgtttgattttgat
gcttgtggtcctactgctcaacaggctatgcctggatttcgacagatatttattaagaaa
ccgcagcatgttgctctaggaagggattttgatgacgcgttgtatacactacgccgtcat
ttagaagatacgatttcagacgaagatatgtatattgtttcgttatcggctaaaacgatt
acctataaggggatgcttcatgcttaccaagttgggcagttctttttggatttacacgat
gaagatgttgaggccaaaatagcgctaactcattcacgtttttcaactaatactttccca
tcttgggaccgtgcacagccatttcgttttttggcacataatggtgagattaatactttg
caaggtgacgttaattggatgaaaacgcatggggttgcgatttataatgaagaaaattcc
gactcagccatgatggaaaatacaatggaacacttgtatcgacatggtcgctcaatacca
caatccctattaatgctagtgccagaagcacattcaaaagaagcgaatgtgtcagatgag
ttggctgcctttacagaatataatgaatcatttatggcaccttgggacggtccagccgct
gttgtttttactgatggcaacattgtcggtgcaagattggatcgtaatgggttacgacct
tcacgttatttggtgacggacgacgggtatgttattttatcttctgaatctggggtggtt
gatgtgcccgctaattcaattatcgaaaaaggagtgcttggacctgcaaacatgattctt
gtagatacgacgacgggaacctttacaaggaatgaggaattgaagcatcattttgcgacg
caatatccttatcgacaatggctcgatgaataccaagaaacattgcaagacctaccaaat
caaaatttattagaacaacgtttaaatgataaagaacggctgactctttttaaacgcttc
ggatatacccaagaagtgattgatggtgcagttttgaaaatggctaatactgggcaagaa
ccaacggttgccatgggttatgactcaccattggcaatcttatcagacaggccacaagga
ttatttactttttttaaacaacaatttgcgcaagtgaccaacccgccaattgatgcactt
cgtgagcatttagtcattgcaacacaaatgtatttaggcagagaagttgattttcaacga
gatttaccagaaaatgctagcaagttaaaaattgactcaccaattctttcaccggctgat
tttgctaaaattgcacatatttccaattctaaacaaaaggttgcgcttatcaagctggct
tataacttaaccggactagcaaatgggcgattggagcgtgctctaattggaattaatcag
caagccgatgcagcgattgcttctggcgcaacaattttgattctatctgatcgtgaggta
accaaaaatcaactgactgtaccggctcttctagctgtgtcctcactaaaaaattatttg
gcggccaacggaaacgccacaaatgcttccattgtattaaacactgcggaagcaattgaa
acccatcattttgcaacgttggttgggtacggtgcagccgcgatatatccgcgtggtgct
tacagaattttagaagcatacgatatgaatgatgcaacacatcaagaaaactatcgtgta
gctgctgaaaaaggtatcgttaagattatggccaaaatgggcatttctacgattcaaggc
tattatggagcgcaattattcgaagcgattggtttatcaaaaaatgtagttgatacctac
tttactggtacacattcacgaattggtggtttagacttaaatcaaattgaggaagaatac
ttaaaacgctatacaacagcgtatgacgaatctcaagacgacccaattccttcaggtggt
gcttattcactacgagaagatggtgaataccatctatacaatcaaatgatgatgtataaa
tttcaaacggcggttcggactggaaatgaagaactcttcaaggagtatgtggctgacatt
catgaagcggagcatgaacatcctggcactatccggtcaatgtgggagattgtgcctaat
cgtcaacccattgacattcatgaagtagagcgtattgaaaatatagtgaagcgatttaag
gttggtgccatgtcatttggtgcattatctcaagaggctcatgaaacgatagctgaggca
atgaaccgattaggcgctaagtcaaattctggtgaaggtggtgagaataggaaacgtttt
cacacaattaaaaattctaaaattaagcaggttgcttcctcacgttttggtgttaacgca
gaatacttgatgtcagccgaagaaattcaaatcaaaatggcgcaaggggccaagcctggc
gaaggtggacaactagctggaaataaagtatttccatggattgccgaaacacgtggttca
acaccaggggtacgcttaatttctccgccaccacatcacgatatctattcgattgaggat
ttaaagcagttaatatttgacttgaaagcggttaacccatatgccaaaatcaatgttaaa
ttagtttcctcaacaggtgttggtacgattgcaactggtgcggtgaaagctggtgctgat
acggtgaccgtttctggatatgatggtggcacaggggcggcgccacgaaattcgattcgt
gatgctggattaccatgggaattagggttagctgaaacacaccaaattctatccgctaat
aaattacgtcagcgaatgactttagaaactgatggcaaactgttgactggtagagatata
gctattgccgctatgcttggtgcggaagagttttcatttgcaaccttatcaatggtggct
ataggctgtattatgatgcgtgtttgccatttaaatacttgtccagtgggcattacttct
caaaatccattattgcgttcacgtttccagggaaaaccggaagatatcataaatatgatg
acctttttggcacaagatttacgcgagttaatggctgaattagggttccgcaccttggaa
gaaatggtcggacatacagaactgttgaaaactcgctttacaacgaacaaaaagtataag
tcacttgatttttcgaacatgattggtcaagttattccaatagcacgaaaaacaaaagac
ccattcattgctaagcgacaatggccagaattagatatggctgccaaagcagccattgat
aacacacaaacattaacgatgtctgcaccaattgataatgtatcacgtgctgttggcgct
cggatgggtggttggatagcagagcgttatggaaataccaaattatcaccaggactcctt
agatatacgtatactggctctgcagggcagtcttttgcagcctatacgacacaaggaatg
gagcttaaggtcattggagaagccaatgattatgttggtaagtcattatcaggtgcgcgt
ttaattgtaacgccaccaaaagatgcaggatacgatacgaataattcaccaattatcggt
aatgttgcttgttttggtggatttgctggtgaggcatatttccatggccgcgcgggtgag
cgattctttgttcgcaactctggcgtttgtggtgttgttgaaggcgttggggatcacggt
tgcgaatatatgacgggtggcgttgctgtcattctgggtaaaattggtcgtaattttgct
gctggtatgtcgggtggtattgcttatatttatgatccagatcatcaagcggctgctaat
attaatctggaaatggttgatctttttgagataaatcaaacacatggagacgacgtattg
tatagtttacttcaatcacatgcagcgtacactgactcacaaaaagctaaagatatttta
gcgcattttgaggatgaaaaggctaattttattaaagtatatccaaccgaatatcatcag
gttttaaacattatgaataaatatgaaaccgaaggatttagtggattgactaaggaactc
aaggcttttaatgaactgatgccagaatatgaacgagtaccagaaactgaagaagaatta
gaaacattattatcgaaatga
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