Lysinibacillus sp. PLM2: MTP04_28840
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Entry
MTP04_28840 CDS
T09546
Symbol
gltA
Name
(GenBank) glutamate synthase [NADPH] large chain
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
lyp
Lysinibacillus sp. PLM2
Pathway
lyp00250
Alanine, aspartate and glutamate metabolism
lyp00910
Nitrogen metabolism
lyp01100
Metabolic pathways
lyp01110
Biosynthesis of secondary metabolites
lyp01120
Microbial metabolism in diverse environments
lyp01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
lyp00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
MTP04_28840 (gltA)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
MTP04_28840 (gltA)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
lyp01002
]
MTP04_28840 (gltA)
Enzymes [BR:
lyp01000
]
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)
MTP04_28840 (gltA)
Peptidases and inhibitors [BR:
lyp01002
]
Cysteine peptidases
Family C44
MTP04_28840 (gltA)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Motif
Other DBs
NCBI-ProteinID:
BDH62754
LinkDB
All DBs
Position
complement(2912801..2917318)
Genome browser
AA seq
1505 aa
AA seq
DB search
MTFHKLPNAQGLYSPSFEHDACGIGFYANIKGKASHEIVKNGLEMLCRLDHRAGRGGDGK
TGDGAGLMVQIPDAFYKLNCSELQLPNKGEYGVGQLFFTDNEEDRLSIENKINELIEQEG
QSLIGWRTVPTNKSMLSETAKATAPVVRQVFVKAKNVKDSLAFERKLYLIRKQAEFWAKE
NDKKFYCPSMSSQTMVFKGLLTPEEVSEFYIDLQDESFVSAFAIVHSRYSTNTFPSWERA
HPNRYIVHNGEINTLRGNINWMTAREQRFISEAFGEDLQKVLPIVDNSGSDSSMLDNAFE
FFVLAGRTPAHTAMMLIPEPWTENPHISDEKRAFYEYHANLMEPWDGPTAICFTDGKQIG
SILDRNGLRPARYYVTKDDMIVFSSEVGVVDIEEENVLYKERLSPGRMLLVDLEQGKIVS
DEELKSEMAAAEPYAEWLEENKVTVEVKNEEQKEIDQLTTRQKIFGYTFEDVHKYIHPIA
ESGKDPIGSMGNDSPLAVLSDRPQSLFNYFKQLFAQVTNPPIDSIREHIVTSTMTLLGVE
GNLLHPDGQNARRIFLETPILTNNELEQILKIENKHFQSVIISLEFTQSLENELNRIFAE
VDKAIEAGKTLIVLSDELEDVNTPTIPILLAVSSLHQYLVRTGKRTLASIIANSGEAREV
HHFAALIGFGADAINPYLAYATIGESIENGHLKLSYQDAVKKYRKGAADGVVKVMSKMGI
STVQSYRGAQIFEAVGISKEVIDQHFTGTASQIDGIDLETIGEEAKRRHALAMNLSKELE
SGSDFQWRADGEHHSFNPKTIHTLQWATRKNDIGLYRMYAEMANEERIGFLRNLLEFKKD
LKPIPLDEVESVDSIVKRFKTGAMSFGSISKEAHETLAIAMNRLGGRSNSGEGGENPARY
EIDENGDNRNSSIKQIASGRFGVKSHYLVNAQELQIKMAQGAKPGEGGQLPGNKVYPWVA
EVRGSTPGVGLISPPPHHDIYSIEDLAELIYDLKNSNRYARISVKLVAKAGVGTIAAGVA
KGGADVIVISGYDGGTGASPKTSIKHTGLPWELGLAEAHQTLMLNGLRDRVTLETDGKLM
TGKDVVMAALFGAEEYGFATAPLIVLGCIMMRACHLDTCPVGVATQNPELRAKFMGKPEH
IVNYMRFVAEEMREYMAKLGFRSVEEMVGRTDVLTVSDRAKSHWKAGQLDLSALLYQVQG
TRTKQVNQDLRIEETFDLRELLPKVEASIENKEKIELEYSIKNTDRVVGTIIGSEISRKY
GEVGLADNTITLKFNGHAGQSFGAFAPKGMTLSCVGDVNDYFGKGLSGGKLVAIAPIKGE
QEKNVIAGNVCLYGATSGTAYINGRAGERFAVRNSGANVVVEGIGDHGCEYMTGGRVVVL
GDVGKNFAAGMSGGIAYVLPTDEKSFKEKCNMEMIQFERLTDKEEINLVRAMIIQHLEHT
DSTVALDVLAKWDQFVPKFIKVVPTDYKDMIEKINRHKFEGLTEELAAMQAFVETTGAKE
LAISK
NT seq
4518 nt
NT seq
+upstream
nt +downstream
nt
atgacttttcataaactaccgaacgcacaaggcctttattctcctagttttgaacatgat
gcttgtggtataggattttatgcaaatattaaaggaaaagcgtcacatgagattgtaaaa
aatggattagaaatgttatgtcgattagatcatcgtgctggacgtgggggcgacggcaaa
acaggtgatggcgctggactaatggttcaaattcctgatgctttttataaattaaattgt
tccgaattacaattgccaaacaaaggtgaatatggtgttggtcaattgttttttactgat
aatgaagaagatcgactttctattgaaaataaaattaatgaactgattgaacaagaagga
caaagtttaataggctggagaacagtacctactaacaaaagtatgttaagtgaaacagca
aaagcaactgctcctgtagttcgacaagtatttgtaaaagcaaaaaatgttaaagattca
ttagcatttgaacgtaaattatacttaatccgtaaacaagcggaattttgggcgaaagaa
aatgataaaaaattctattgtccaagtatgtcaagtcaaacaatggtattcaaaggttta
cttacacctgaagaagtaagtgagttttatattgatttgcaagatgaaagctttgtgtca
gcctttgcaattgttcactcccgctactcgacaaatacattcccgagctgggaacgtgcg
catccaaatcgctatatcgtacacaatggtgaaatcaatactctacgcggtaatattaac
tggatgacagctcgtgaacaacgttttatttcagaagcctttggtgaagatttacaaaag
gtattacctatcgttgataattcaggttctgactcatcgatgttagataatgcttttgaa
ttctttgtattagctggtcgtaccccagcccatacagctatgatgttaattccagagcct
tggactgaaaatccacatatttcagatgagaaaagagctttttatgaatatcatgcgaat
ttaatggagccatgggatggaccaacggctatctgtttcacagatggtaagcaaattgga
tcaatcttagatcgtaatggtttacgtccagctcgttactatgtgacgaaagatgatatg
attgtcttttcttcagaagtaggggttgttgatattgaagaagaaaacgttttatacaag
gaacgtttaagccctggtcgtatgctattagtagatttagagcaaggtaaaatcgtatct
gatgaagaattgaaaagcgaaatggctgctgcagagccgtatgctgaatggttagaagaa
aataaagtaactgtagaagtgaaaaacgaggaacaaaaagaaatcgaccagcttacgact
cgtcaaaaaatatttggctatacatttgaagatgttcataaatatattcatccgatcgca
gaaagcggtaaggacccaattggttccatggggaatgactctccgttagccgttttatct
gatagaccacaatcgttatttaactattttaaacagttatttgcacaagtaaccaatcca
ccgattgactcgatccgtgagcatattgtgacatcaactatgactttactaggtgtagaa
ggtaacttactacacccagatggtcaaaatgcgagaagaatcttcttagaaacacctatt
ttaacgaacaatgagttagagcaaattttaaagatagaaaataaacacttccaaagtgta
atcatatctttagaatttacgcaatctttagaaaatgagttaaatagaatttttgctgaa
gtagataaagcgattgaggcaggaaaaacattaatcgttttatcagatgagctagaggat
gtaaatacgccgacaatcccaattctacttgctgtaagtagcttacatcaatatttagtt
cgtacaggaaaacgtacgttagcaagtatcatagcaaatagtggtgaggctcgtgaagta
catcactttgcggcattaatcgggtttggtgccgatgcaattaatccatatttagcttat
gcaacaattggagaatcgattgaaaatggacatttaaagcttagttatcaagacgcagtg
aaaaaataccgtaaaggtgctgcggatggtgttgtaaaagtaatgtcgaagatgggtatc
tcgactgtacaatcttaccgaggtgctcaaatttttgaagctgtaggtattagtaaagaa
gtgattgatcaacatttcacaggaacagcttcgcaaattgatggaatcgacctagaaacg
attggtgaagaggcgaaacgtcgtcatgcgctggctatgaatttaagtaaagagcttgaa
tcaggtagtgatttccaatggcgtgcagatggagagcatcattcctttaacccgaaaaca
atccatacattacaatgggcaactcgtaaaaatgatatcggcttatatagaatgtatgct
gaaatggcaaatgaagaacgtattggatttttaagaaacttattagaatttaaaaaagat
ttaaaaccaattccattagatgaagtcgaatcagttgattcaattgttaaacgttttaaa
acaggtgcgatgtcatttggatcaatatccaaggaagcacatgaaacattagccattgca
atgaatcgtcttggtggtcgttcaaattctggtgaaggtggagaaaacccagctcgctat
gaaattgatgaaaatggtgacaatcgaaacagttcgattaaacagattgcttcaggtcgc
tttggtgttaaatctcattatttagtgaacgcacaagagttacaaattaaaatggctcaa
ggtgcaaaacctggtgaaggtgggcaactacctggtaataaagtatacccatgggtagca
gaggtacgtggctcaactcctggtgttggtttaatttcaccgcctccacaccatgatatt
tattcgattgaagacttagcggaattaatttatgatttgaaaaattcaaatcgatatgct
cgaatttcagttaagttagttgcaaaagcgggtgttggtacaattgctgctggcgttgct
aaaggtggcgctgatgttatcgttatttctggttatgatggaggtacaggtgcatcacca
aaaacttcaattaaacatacaggtttaccttgggagctaggattagcggaagcgcatcaa
acgttaatgttaaatggactacgtgatcgagtaactttagaaacagacggtaaattaatg
actggtaaagacgttgtaatggcagcattatttggtgcagaggaatatggctttgcaacg
gctccattaatcgtactcgggtgtatcatgatgcgtgcttgtcacttagatacttgtcca
gtcggtgttgcaactcaaaacccggagcttcgtgcgaaatttatgggtaaaccagagcac
attgtaaactacatgcgttttgtagcagaagaaatgcgtgaatatatggcgaagcttggc
ttccgttcagttgaagaaatggttggacgcacagatgtattaacagtaagtgaccgtgca
aaatctcattggaaagcaggtcaacttgatttatcagcgttactatatcaagtacaaggt
actcgtacaaaacaagtaaatcaggatttacgtattgaagaaacatttgatttgcgtgaa
ctattacctaaagttgaagcaagcattgaaaataaagaaaaaatcgagcttgagtacagt
ataaaaaatacggatcgtgttgttggaacaatcatcggtagtgaaatttcaagaaaatat
ggtgaggtaggtttggctgataatacgattacattaaaatttaacggccacgctggtcaa
agctttggggcatttgcgccaaaaggtatgacactctcttgtgttggtgatgttaatgac
tactttggtaaaggtttatcagggggtaaattagttgccatcgcaccaataaaaggagag
caagagaaaaacgtaatcgcaggtaacgtgtgcttatacggtgcaacaagcggaacagca
tatattaatggtcgggccggagaacgatttgcagtacgtaatagtggtgcaaatgtagtt
gtagaaggtattggagaccatggttgtgaatatatgacaggtggccgagttgttgtttta
ggtgatgtaggcaaaaacttcgcagcgggtatgagcggaggtattgcttacgtactacca
acagatgaaaagtcatttaaagaaaaatgcaatatggaaatgattcaatttgagagatta
acagataaagaggaaattaatttagtacgtgctatgattattcagcatttagagcataca
gatagcacagtggcactggatgttttagcaaaatgggatcaatttgttcctaaatttatc
aaagtcgtacctacagattataaagatatgattgaaaaaattaatcgtcataaatttgaa
ggattaacagaagagctagcagcaatgcaagcgtttgttgaaacaactggcgcaaaagag
ttagccatttccaaataa
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