Lactococcus paracarnosus: BHS01_03445
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Entry
BHS01_03445 CDS
T07227
Name
(GenBank) glutamate synthase subunit alpha
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
lpaa
Lactococcus paracarnosus
Pathway
lpaa00250
Alanine, aspartate and glutamate metabolism
lpaa00910
Nitrogen metabolism
lpaa01100
Metabolic pathways
lpaa01110
Biosynthesis of secondary metabolites
lpaa01120
Microbial metabolism in diverse environments
lpaa01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
lpaa00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
BHS01_03445
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
BHS01_03445
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
lpaa01002
]
BHS01_03445
Enzymes [BR:
lpaa01000
]
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)
BHS01_03445
Peptidases and inhibitors [BR:
lpaa01002
]
Cysteine peptidases
Family C44
BHS01_03445
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Acid_phosphat_B
Motif
Other DBs
NCBI-ProteinID:
QDJ27651
UniProt:
A0A7L4WDM1
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All DBs
Position
686702..691204
Genome browser
AA seq
1500 aa
AA seq
DB search
MDKLQARQQTLWDQTFESDACGMGFIAQIDGKPTHELVDYAMTILERMNHRGGTGAEPDT
GDGAGALFAMPHAFFAKVTSEKLIDLPQAGDYAVGQFFLPKEADKKVALCKSITAELQAD
GYQIILTRDVPFNFDNCGPAAQDIMPAFVQFIISKPSDSKSGRDFEDRLYRLRRKLEKTF
ATSELFICSLSSKTIVYKGMLHAFQVRTFYPDLSDPDFKSTIALTHSRFSTNTFPSWDRA
QPFRYLAHNGEINTLRGAENWMTSHKIEIYNEENSDSAKLENCMEYLYRNGRDMPHALLM
MIPEAWGEEAGLSPELTSFYEYTSSFMAPWDGPAALVFTDGDTVGARLDRNGLRPSRYSI
TEDNFIVCSSESGVVDFAPSRVVEKGVLGPGNMMLVDTVNGKILRNEEVKKHYAAQYPYE
KWLAKNLRHIDELASQGEFPEMSEASLQTMHKLFGYTDEVIRTVIVPMAEYGQEPVISMG
YDSPLAVLSQKNQSLFTYFKQQFAQVTNPPIDAIREKIVVGTEVYLGRDGDLRSDDAANC
VKLKLDSPVLSTLDFEKIAFSQDKKHKSKLISTLYDVTKETQNRLENALVDMFKAVEAAV
DNGASIIILSDRDQAEGRMPMPILLATSGLYNYMVEKGKGSQFSIVVDTAEVNEVHHFAT
IIGYGASAIHPYGAYQTLVDYHMADKVESFRHAAEKGIIKVMSRMGISTISGYKGAQLFE
AVGLSSAVVDNYFRGTVTRIGGLSLDQIETEYLERYAFAYGPRSQETLPSGGSYQFKTDG
EHHIFNPLTIYNFQKAVRQGDYALYKAYAEELHVEADETPSNLRHIWEFNHKRTPVALSE
VEPVENIVTRFKVGAMSFGSLSKEAHETIAEAMNSIGAKSNSGEGGENRARYYKKADGTN
LNSKIKQIASGRFGVNAEYVMSAEELQIKLAQGAKPGEGGQLPGGKAFPWVAEIRGSTPG
VTLISPPPHHDIYSIEDLAQLIYDLKAVNPYAKINVKLVSSTGVGTIATGCVKAGADKVV
IAGYDGGTGASPRNSARDAGLPWEMGLAEAHQTLTMNNLRQRMTLETDGKLMTGRDIAVA
ALLGAEEYSFASLALVAVGCVMMRVCSLNTCPVGVATQNPELRAHFAGKPEHVVNAMNFL
AQDLREIMADLGFRSVDEMIGHAEVLKPKFIAKGKSKSLDFSRIIGTTMPIERKVVDPFI
EERQWKELDSFAKAAIDSGTGVTIKEPINNVTRTAGARMAGWIAERYGNYALTPGLIKYE
YTGIAGQSFASFATQGMELTLIGEANDYIGKALSGGRIIVKPPVDAGFNVEASPIVGNVS
LFGAVRGEAYFRGRAGERFCVRNSGAKVVVEGVGEHGCEYMTGGLAVILGSTGQNFAAGM
SGGVAYVYDSKGDFASKVNMEMVDLYKVGQTRGDDVLKEMVENHATYTGSEKAKALLADW
DNALDKFVKVYPTEYHEIKEIEHHLIEDGLTGAELEMATFEKAMSTPAEEKAELIKVGGQ
NT seq
4503 nt
NT seq
+upstream
nt +downstream
nt
atggataaattacaagctagacagcaaactttgtgggatcagacttttgagtctgatgcc
tgcggtatgggctttattgcccaaatagatggtaaaccgacacatgaactagtggattat
gcgatgacgattttggagcgcatgaaccatcgtggtggtacgggtgccgaacccgataca
ggtgatggtgcaggggcactttttgccatgccacacgccttttttgctaaagtgacatca
gagaaattgatcgatttgcctcaagcaggcgactatgcagttggtcaatttttcttgcct
aaagaagcagataaaaaagtagccctttgtaaatcaattacagcagaattacaagcagat
ggttaccaaatcatcttaacgcgtgatgtgccttttaattttgataactgtggaccagct
gcacaagatattatgccagcatttgttcagtttattatctcaaaacctagcgatagtaaa
agtggtcgtgatttcgaagatagattatatcgcttgcgccgcaaacttgaaaaaacattt
gcgacttcagaattatttatctgttcattatctagtaaaacaatcgtttataaagggatg
ctacatgcctttcaagtgcgtaccttctatcctgacttatcagaccctgacttcaagtca
acgattgcgctgacacactcacgtttttctacaaataccttcccatcatgggatcgtgcg
cagccttttcgttatcttgcccataatggcgagatcaatacccttcgtggtgctgaaaac
tggatgacatcgcacaaaatcgaaatttataacgaagaaaactctgactcagctaaactc
gaaaactgtatggagtatctctaccgcaatggtcgcgatatgccacacgcccttttgatg
atgattccagaagcttggggtgaagaggctggtttatcaccagagttgacgtcattttat
gaatatacgtcttcattcatggcaccttgggatggtcctgctgcgctagtctttacagat
ggtgatacagttggtgcacgtcttgaccggaatgggcttcgtcctagccgttatagcatt
actgaggataactttatcgtctgttcatcagagtcaggtgttgttgactttgcgcctagc
cgtgttgtcgaaaaaggggtgcttggccctggtaacatgatgctcgtggatacagtgaat
ggtaaaattttgcgtaatgaagaagttaaaaagcattatgcagcgcaatatccttatgaa
aaatggttggcaaaaaatctccgtcatatcgatgagcttgcatctcaaggtgaatttcca
gagatgtctgaagctagtctgcaaaccatgcataagttatttggctacacggatgaggtc
atcagaacagtcatcgtgccgatggcagaatatggtcaagaacctgttatctcgatgggg
tatgacagcccacttgccgtcttatctcagaaaaatcaatccctatttacttactttaaa
caacagtttgcccaagtaaccaatccgccaattgatgccattcgggaaaaaattgtggtt
gggacagaagtctatcttggccgtgacggtgatttgcgttcagatgatgccgcaaactgc
gttaagctcaaactagatagtccagtcttgtctacactagactttgaaaaaattgccttt
agtcaagataagaagcacaaatctaaactgatttcgacactttatgatgtgacaaaggaa
acacaaaatcgattggaaaatgcgctagttgacatgtttaaagcagttgaagcagctgtc
gacaacggtgctagcattatcatcctaagtgaccgtgaccaggcagaaggccgtatgccg
atgccaatcttacttgccacatctggcctgtataactacatggttgaaaaaggtaaaggt
agtcagttctctatcgttgtggatacggcagaggttaatgaagtgcatcactttgcgacg
atcattggctatggtgcaagtgcaatccatccttatggtgcttatcaaacactcgttgat
taccatatggctgataaggttgaatctttccgtcatgctgccgaaaaaggcatcattaaa
gtcatgagtcggatggggatttcgaccatatcaggttacaaaggagcgcaactctttgaa
gccgttggtttgtcatctgctgttgtcgataactatttccgtgggactgttacgcgtatt
ggtggcttgtcattggatcagatcgaaacagaatacttggaacgttatgcctttgcttac
ggccctcgtagccaggagacgttaccatcaggtgggtcttatcagtttaaaactgacggt
gaacaccatatctttaacccactgacgatttacaacttccaaaaagcggttcgtcaaggc
gactatgcgctatataaggcctacgctgaagaactacatgttgaggcagatgaaacaccg
tcaaatctccgtcatatttgggaatttaaccacaaacgcacgcctgttgctctgtcagaa
gtcgaaccagttgaaaatatcgtgacccgctttaaagtcggtgccatgagttttggatcg
ctttctaaagaagcacatgaaacgattgcagaagccatgaactcgattggcgccaaatca
aactctggtgaaggcggcgaaaatcgtgcacgttactataaaaaagcagatggcacgaat
ctaaactctaagatcaaacaaatcgcatcaggtcgttttggtgttaatgccgaatacgtc
atgagtgcagaagaattacaaattaaacttgcccaaggtgctaagccgggtgaaggtgga
cagctaccaggtgggaaagccttcccatgggttgctgaaatccgtggctcaacaccaggt
gttaccttgatttcaccaccaccacatcatgatatttattctatcgaagatttggcacag
ttgatttatgaccttaaagcagttaatccttatgctaagattaatgtgaaactcgtgtct
tctactggtgtaggtaccattgccactggctgtgttaaagctggtgcagacaaggttgtg
attgccggttatgatggtgggacaggggcgtctcctcgtaactcagcgcgtgatgctggc
ttaccgtgggagatgggacttgcagaagcccatcaaaccttaactatgaataacttgcgt
caacggatgacacttgaaacagatggcaaattaatgacaggccgtgatatcgctgtcgca
gcattactcggcgctgaggaatattcatttgcctcacttgctttagtcgctgtaggttgt
gtcatgatgcgcgtatgttcattaaatacgtgtccagttggggtggcaacacaaaatcca
gaacttcgtgcccactttgcagggaaacctgagcatgttgtcaatgccatgaacttctta
gcgcaagatctcagagaaatcatggctgatcttggcttccgttcagtggatgaaatgatt
ggtcatgctgaagtcttgaaacctaagtttatcgccaaaggtaaatcaaaatcacttgat
ttcagtcgtattatcgggacaacgatgccgatcgaacgtaaagttgtagatccatttatc
gaagaacgtcaatggaaagaactagatagctttgctaaagcagctatcgacagcggcact
ggcgtgacgatcaaagagccaatcaataatgtcacacgtaccgctggtgcgcgcatggct
ggttggattgccgaacgttacgggaactatgccctgacgccaggtttgatcaaatatgaa
tacacaggtatcgctggtcaatcctttgcctcatttgcgacgcaagggatggagcttacc
ttgattggtgaagccaatgactatattggtaaagccttatcaggtggtcgtattattgtt
aaaccaccagtagatgcaggctttaatgtcgaagcctctccgatcgttggtaacgtgtca
ctatttggtgcagttcgtggggaagcttacttccgcggccgtgctggagaacgcttctgt
gtccgtaactcgggtgcaaaagtcgttgttgaaggcgttggcgaacacgggtgtgagtat
atgacaggtggtctagctgtcatcctcggtagtacaggacaaaacttcgctgctggtatg
agtggtggtgtggcttatgtctatgatagcaagggtgactttgcttctaaagtgaacatg
gagatggttgacctctataaagtgggccaaacccgtggtgacgatgtcctcaaagaaatg
gttgaaaaccatgcaacctatacaggatcagaaaaggccaaagccttacttgctgattgg
gataatgcccttgataaatttgtcaaagtttatccgactgagtaccatgaaattaaagaa
atcgaacatcatctcatagaagacggtcttacaggggcagagcttgaaatggcaacattt
gaaaaagcaatgagtacacctgctgaagaaaaggctgaattaataaaagtaggaggacag
taa
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