Xiashengella succiniciproducens: M9189_10840
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Entry
M9189_10840 CDS
T08178
Symbol
gltB
Name
(GenBank) glutamate synthase large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
alkq
Xiashengella succiniciproducens
Pathway
alkq00250
Alanine, aspartate and glutamate metabolism
alkq00910
Nitrogen metabolism
alkq01100
Metabolic pathways
alkq01110
Biosynthesis of secondary metabolites
alkq01120
Microbial metabolism in diverse environments
alkq01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
alkq00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
M9189_10840 (gltB)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
M9189_10840 (gltB)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
alkq01002
]
M9189_10840 (gltB)
Enzymes [BR:
alkq01000
]
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)
M9189_10840 (gltB)
Peptidases and inhibitors [BR:
alkq01002
]
Cysteine peptidases
Family C44
M9189_10840 (gltB)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
FMN_dh
Motif
Other DBs
NCBI-ProteinID:
URW79351
UniProt:
A0A9J6ZP99
LinkDB
All DBs
Position
complement(2622312..2626832)
Genome browser
AA seq
1506 aa
AA seq
DB search
MKIRQRLPKAQGLYDPANEHDSCGIGFVAHIKGHKSNEIVRRGLEVLVNMTHRGAESADN
KTGDGAGILMQLPDSFFREFGFSLPSPGRYGSGLVFLPKVEKEAQYCIDVLNEQLKSEGL
ELIGYREVPVNSRVIGDIARSNEPYIKQVFVKGDYEQDVLERKLFMARKVSENLVRSSSL
KQKSSFYIVSLSSKIFIYKGMLTPGQLGEYFLDLKDPRISSAIALVHSRFSTNTFPTWDL
AQPFRMIAHNGEINTIKGNRLWMEAREGLLQSDLFGDDLKKLFPVIEPGKSDSASLDNVL
EFLVLTGRSLPHALTMLIPESWNDKNPIPPSLKAYYEYHSTIMEPWDGPASIVFSDGRYI
GGTLDRNGLRPSRYVITKNDMIVMGSEVGVQVFSPEEIVSKGRLRPGKLLLVDTMLGIII
PDEEIKSQLSRLHPYENWLKENRIKLDDIEVKNRVPSSMGEKLSLYHREFGYNKEDVEQI
IFPMVTTANEPVGSMGNDTPIAAVSEKPQRLFNYFRQLFAQVTNPPIDPIREGLVMALTS
YIGSVSKNLLIETPAQCRSIKFTSPVVTNTDLGKIKDFRREEFTHVTIPIVFKVSEGGKG
LKKAVESICEQAVKAVDAGNNYIILSDRDIAPDYAAISSLLATAAVHHHLVKNKKRMQIG
LIVETGEAREVMHFALLLGYGASVINPYLCFATIDELVQKGKVKLSYEEARENYIKSVNK
GLLKILSKMGISTLRSYHGAQMFEAVGLAAEVTEQYFTGTASRIGGVGFEELAKEAEMFH
KAAFEGEDEGLFESFGSYAFRKYGEKHAWNPETVGLLQWATSENDYQKFKEYSKRVDEDN
RTPLFLRGFLRLKPGTPIDISEVEPIESIMKRFVTGAMSYGSISKEAHEALAIAMNKIGG
RSNTGEGGEDSYRFKSNARSAIKQVASGRFGVTANYLVNADELQIKIAQGAKPGEGGQLP
GYKVDKVIAKLRNSTPGITLISPPPHHDIYSIEDLAQLIFDLKCTNPNARISVKLVSESG
VGTVAAGVAKAHADLIVISGTEGGTGASPISSIKHAGLPLELGLAEVQQTLVLNNLRGRV
KLQCDGQLKTGLDVVKMAMLGAEEYGFATSSLVVLGCIMMRKCHLNTCPAGIATQDEELR
KRFIGKYQNLINFFTFIAMEVREILASLGYKSLDEVIGRSDLLEQNPEVGNWKTKGLDLS
SLIYFPKEGRKNALHQTIEQKHKLEHVLDHELIRQARPALQNKSKVWMAHPIANTDRATG
AMLSGEVAKAYGEEGLPEGTINCTFTGSAGQSFGAFLVKGISFRLEGDANDYLGKGLSGG
EIVVVPPMGSTFKPDENIIIGNTVLYGATAGSLFVHGVTGERFGVRNSGAIAVVEGVGDH
CCEYMTGGRVVVIGPTGRNFAAGMSGGIAYVLDETGNFDYFCNKGLVELGPVHDHEDVLE
LQQLLSKHLLYTNSRKAREILVNWDFYIPKFIKVIPFEYKKVLQQQKLMELERKLAETED
APYIRE
NT seq
4521 nt
NT seq
+upstream
nt +downstream
nt
atgaagattcgacagagattaccaaaagcgcaggggttatacgacccggcaaatgaacat
gacagttgcggaatcggctttgtggcgcacattaaagggcataagtcgaatgagatcgtt
cgaaggggcttggaggtgttggtcaatatgacgcaccgtggtgccgagagtgcagataat
aagaccggtgacggcgcaggtattttaatgcaattacctgacagttttttcagagaattt
ggttttagcctcccttctccaggtagatatggaagtggattggtatttcttcccaaggtt
gagaaagaagctcaatactgcatagatgttctcaatgagcaactaaaaagtgagggattg
gagcttattggttacagagaagttccggttaacagcagagtaattggtgatatagccaga
agtaacgagccttatattaagcaggttttcgtaaagggtgattacgagcaggatgttctt
gagcgtaagcttttcatggcgcgcaaggtgagtgagaatctggttcgttcctcatcgctt
aagcaaaagtcgagtttttatatagttagtctttcaagtaagatatttatatataaaggt
atgttgacccccgggcagcttggggaatacttccttgaccttaaagatccgagaatctca
agtgcaatagcactggtacactcaagatttagtaccaatacattcccaacctgggatttg
gcacaacctttccgtatgattgcgcataatggcgaaataaatactattaaggggaacagg
ttgtggatggaggctcgcgaaggtctgcttcagtctgacttatttggcgatgatcttaag
aagctcttcccggttatcgaaccgggcaagagtgattcggcctcacttgacaacgtgctc
gagtttctcgtgctgacaggccgtagcctgccgcatgctcttactatgcttattccagaa
tcatggaatgacaaaaatccaataccacctagtctaaaggcatactacgagtaccacagt
actattatggagccatgggacggtcctgcgtccatagtcttttccgacggtagatatatc
ggaggtacgcttgacagaaacggtctgcgtccatcacggtatgtgattaccaagaatgac
atgatagttatgggttctgaggtgggagtccaggttttttcgcctgaagaaatagtaagc
aagggtcgtttgcgtccgggtaagctactgcttgttgataccatgcttggtattattata
cccgacgaggaaataaagtctcaactgtcacgcttgcatccatatgaaaactggctgaag
gagaaccgaatcaaacttgatgatatcgaagtaaagaacagggtgccttcttctatgggt
gagaagttgagcctctaccacagggagtttggttacaataaggaagatgtcgagcagatt
atttttccaatggtaactacagccaacgagcccgtaggctcgatgggtaacgataccccc
attgctgcggtttcagaaaagccacagcgcctgttcaactatttcagacaactatttgcc
caggttaccaatcctcctatagatcctatccgcgagggactggtaatggcacttacaagt
tatatcggttctgtatccaagaacctgcttattgaaactccggcacagtgccgctcaatc
aaatttacctcgccagtagttacaaataccgacctgggaaaaatcaaggatttcagacgt
gaggaatttactcatgttactatcccgattgtattcaaggtaagtgagggtggtaaggga
ctcaagaaggctgtcgaatctatctgtgagcaggctgtaaaggctgtagatgcaggtaat
aactacattattcttagtgacagggatatcgcaccagactatgctgcaatttcttcactg
ttggctactgctgcagtacaccaccaccttgtcaagaacaagaagaggatgcagatcggt
ctgattgtagaaaccggtgaggccagagaggtaatgcactttgccctcttgcttggctat
ggtgccagcgtaatcaacccttatctctgttttgcaactatcgatgagttggtgcaaaag
ggtaaggtaaagctttcttatgaagaggcacgtgaaaactatattaaatcagtcaacaag
ggtctgcttaagatcctctcaaagatgggaatttccacacttaggagttatcacggtgct
cagatgtttgaagccgttggtctggctgcagaagttactgaacaatactttaccggtact
gcttcccgtataggtggtgttggttttgaggaactggccaaagaagcagaaatgttccac
aaggctgcctttgaaggtgaagatgaaggtctgttcgaaagctttggttcttacgcattt
cgtaaatacggcgaaaaacatgcgtggaaccctgaaacggttggtttgcttcaatgggct
acttcagaaaatgattatcaaaaatttaaagaatactccaaaagggtagatgaagataac
cgcacgccattattcttaaggggcttcttaaggttgaaaccgggtactcctattgatata
agcgaggtagaaccgatagaatccattatgaagcgcttcgtaaccggtgctatgtcctat
ggatctatttcaaaggaagcccacgaagctcttgcaatagcgatgaacaagatcggtggt
aggagtaataccggtgagggtggtgaagattcctatagatttaagtcaaatgcccgcagt
gcaatcaagcaggttgccagcggtcgctttggggtgacagccaactaccttgtaaatgct
gatgagttacagattaagatagcgcagggcgcaaaacccggtgagggggggcagcttcct
ggatataaggttgataaggtgattgcaaagttgaggaactcaactccgggcattacccta
atttcacctccacctcaccatgatatatattcaatcgaggatcttgcacaattgatattt
gaccttaagtgtacaaacccgaatgccagaataagtgtcaaactggtttcagaaagtgga
gtgggcactgtagcggcaggtgttgccaaggcacatgccgacctgatagtaatttcaggt
accgagggtggtacaggagccagcccaatcagttctatcaaacatgccggactgcctctt
gaactgggtcttgcagaggttcaacagactctcgtgctcaacaatctgagaggacgtgta
aaactgcagtgtgacggacagcttaagacaggtctcgacgtagtcaagatggccatgctt
ggagccgaagaatatggttttgcaacatcttcacttgtggtacttggctgtataatgatg
cgtaagtgccaccttaatacttgtcctgcaggtatagctacccaggatgaagaattaagg
aagaggtttattggaaagtatcagaacctgatcaacttcttcacctttattgcaatggag
gtgagggaaatattggcctcacttggatataagtcacttgatgaggttatcggtcgcagt
gatcttctggaacaaaatcctgaggtgggcaactggaagactaaggggctggatctttca
tcacttatatattttcctaaggaaggtcgtaagaatgcacttcaccagactattgaacaa
aaacataagctggagcatgtcctggatcatgagctgattagacaggccagacctgcacta
caaaacaagagcaaggtttggatggctcacccgattgcaaatacagaccgtgcaacaggt
gccatgctttcgggcgaggtagccaaggcctatggagaggaaggtctgccggaaggaact
atcaactgcacctttaccgggtcagcaggtcagagcttcggagccttcctggtaaagggt
atcagcttcaggcttgaaggtgatgcaaatgactacctgggtaaaggtttgtcaggaggt
gaaatagtcgttgtacctcctatgggatcgacattcaaacctgatgaaaatataataatt
ggtaatacagtgctttacggagccactgcaggaagtttgtttgttcacggtgtaacaggt
gaacgctttggggtgcgtaactctggagccatagctgttgtcgaaggagtaggagaccac
tgttgtgaatacatgaccggtggacgtgtagtagtaataggtcctacaggaagaaacttt
gctgccggtatgagtggtggtatagcctatgttctggatgagacaggcaacttcgactac
ttctgcaacaagggacttgttgagctgggtccggtacatgatcatgaagatgtacttgag
cttcagcaattgctcagcaagcacctgctttatactaacagccgcaaggcacgtgagata
cttgtcaactgggacttttatatcccgaagtttattaaggtaatacctttcgaatacaag
aaagttctgcaacaacagaagctgatggagttggaacgcaagcttgcggagacagaagat
gctccatatatcagagagtag
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