Paenalkalicoccus suaedae: FLK61_40740
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Entry
FLK61_40740 CDS
T08127
Symbol
gltB
Name
(GenBank) glutamate synthase large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
psua
Paenalkalicoccus suaedae
Pathway
psua00250
Alanine, aspartate and glutamate metabolism
psua00910
Nitrogen metabolism
psua01100
Metabolic pathways
psua01110
Biosynthesis of secondary metabolites
psua01120
Microbial metabolism in diverse environments
psua01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
psua00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
FLK61_40740 (gltB)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
FLK61_40740 (gltB)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
psua01002
]
FLK61_40740 (gltB)
Enzymes [BR:
psua01000
]
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)
FLK61_40740 (gltB)
Peptidases and inhibitors [BR:
psua01002
]
Cysteine peptidases
Family C44
FLK61_40740 (gltB)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
CcmH
Motif
Other DBs
NCBI-ProteinID:
QKS72930
UniProt:
A0A859FJF4
LinkDB
All DBs
Position
complement(3737712..3742304)
Genome browser
AA seq
1530 aa
AA seq
DB search
MMKNGYPIAQGLYDPREEHEACGIGMIANINGTKSHDIVQNAITILCNLEHRGGQSADVS
SGDGAGILTQIPHRFFEKQFDKEELEIPEEGKYGIGMVFFPRDPYARKNARKIFERVIEE
EGQEVVGWRTVPVNDAFVGEEAKKTEPFIRQVLIAQGENIKDQDDFERRLYIIRKRTEIE
IAKSMKDQDFYICSLSSRTIIYKGMLIPEQLNSFYIDLNHPDFKSAVAFVHSRFSTNTFP
SWKRAHPNRYTIHNGEFNTLRGNVNWMKAREKMCQSEYFSDEDLNKLLPVIDKNGSDSSM
FDNCFEFLHLSGRSLAHTAMMMIPEPWANDDLIKPEKRDFYEYHSTLMEPWDGPAAVGFT
DGRHVGAILDRNGLRPARYYVTKSGMLVLGSEVGALDIFADDIEYKERLSPGKMLLLDLE
AGKIIPDEELKMQIAKEQPYREWLDENLRELEDVEESKAELANDLEGLVEQQLAFGYTNE
EMTKILKPLVVEQKDPVGSMGYDSPLAVLSQKPQLLFNYFKQLFAQVTNPAIDAIREEIV
TQISTTIGAEGSLVNPDALSCRHIRLQSPVVSNRQLQTLKDQNLDGFKATTMSILFEVEK
GAEAMEPALEALFDQADQAIEDGNVLLVLSDRGVDEKHAAIPSLLAVSALHHHLIRQGTR
TKVSLLIETAEAREVHHFALLLGYGAQAINPYLAFASLEDLHARNELDASMSYDDVVNQY
IASVTDGVVKVMSKMGISTIQSYRGAQIFEAVGISKEVIDRHFSRTTSKIDGIGLKLIAQ
EVLLRHKPAFAPARGKTKKLEIGDEFQYRQNGEHHQYNPRTIHMLQHSTRAGDYEAFKEY
SKLITEEKNNLQSLRGLIKFKERKAIPIEEVESIDAIMKRFKTGAMSFGAISQEAHEALA
IAMNRIGGASNSGEGGEDPERFTPDENGDLRRSSIKQVASGRFGVKSHYLVNADEIQIKV
SQGAKPGEGGHLPGKKVYPWVADVRGSTTGVELISPPPHHDIYSIEDLAELIHNLKNANP
RARISVKLVSAAGVGTIAAGVAKGRADLVLISGYDGGTGAAPRTSLKHAGLPWEIGLAET
HQTLILNGLRDRIVVETDGKMMTGRDVIVATLLGAEEYGFSTAPLVVLGCIMMRVCHLDT
CPVGVATQNPELRKKFIGTADSVENFMRFVAQEARELMAELGFRTINEMVGRTDILEMNK
AVDHWKGKHLDIGALLYQPELAPGTTAYASRKQDHGLEKSLDHQELLPFAEEALESGTPV
KGTSSIRNIHRVVGTILGSEVTRRYGLEGLPEDTIRLNFKGSAGQSFGAFIPKGMTLKLI
GDANDFIGKGLSGGKIIARPTRKSSFSWEHSIIAGNVAFYGATGGEAYISGLAGERFCVR
NSGAQIVVEGVGDHGCEYMTGGKVVILGETGRNFAAGMSGGIAYILDENEVPFEKKCNKE
LVLLQSLTDKEEIEELRTMIEKHVEYTLSPKGERILAQWDDYVSKFVKVIPKDFLKMRER
IAYHQSQGLSKFDAEMAAFEDSKKPAVAAK
NT seq
4593 nt
NT seq
+upstream
nt +downstream
nt
atgatgaaaaacgggtatcctatcgctcaagggctttacgatccgagagaggaacatgaa
gcttgtggaattgggatgattgctaatattaatggtacgaaatcccatgatatcgttcaa
aatgcgatcacaatcttatgtaacctcgagcaccgaggtggtcaatccgccgacgtcagc
tctggtgacggagcaggaattttaacacaaatacctcaccgtttctttgaaaagcaattc
gataaagaagaacttgaaattcccgaggaaggcaaatacggaattgggatggtgttcttc
cctcgagacccttacgcgcgtaaaaatgcacgtaagattttcgaacgagtgattgaagaa
gaaggtcaggaagtagttggatggcgcacagtgccagtgaacgacgcctttgttggggaa
gaagcgaagaagacagaaccctttatccgccaagtgttaattgcacaaggagaaaacata
aaagaccaagacgattttgagcgtcgcctctatattattagaaagcgcacagaaatcgaa
atcgcgaaatcgatgaaggatcaagatttctacatctgtagtttatcgtctagaacgatt
atttataaagggatgcttatccctgagcagcttaattcattctatattgatttgaatcat
ccggacttcaagtcagctgtcgcatttgtacactcacgctttagtacaaatacgttccca
agctggaagcgagcgcacccgaaccgttacaccattcacaatggggagtttaacactcta
cgcggtaacgtaaactggatgaaggcacgagagaagatgtgtcaatcagagtatttctcc
gatgaagatctaaataaactcttaccagttatcgataaaaacggtagtgactcctctatg
tttgacaactgttttgaattcttacacctctcaggcagatccctcgctcacactgcgatg
atgatgatcccggaaccttgggcaaacgatgatctaattaagccagaaaagcgcgatttt
tatgaatatcacagtacacttatggagccgtgggatggacctgctgcagttgggttcact
gacggaagacacgtaggtgctattttagaccgtaacggacttcgtccagctcgttattac
gtaacaaagagcggcatgcttgtcctaggatctgaagttggagcattagatatctttgct
gatgatattgagtacaaagagcgtttaagcccaggtaaaatgcttcttcttgatttagag
gctggtaaaatcattccagatgaagagcttaagatgcaaattgcaaaagagcaaccatat
agagaatggttagatgagaatttacgtgaattagaagatgtagaagagagcaaagcggag
cttgcaaacgacctagaaggtcttgtcgagcaacagcttgccttcggatatacgaatgaa
gagatgacaaagattctaaagccgcttgttgtagagcaaaaggatcctgttggatcgatg
ggctatgactcgccgcttgccgtactgtcacaaaagccgcagctactatttaactacttt
aagcagctgtttgcacaggtaacaaaccctgcgatcgatgcgattcgtgaggagattgtg
acgcaaattagtaccactatcggagcagagggaagcctcgttaatcctgacgcattaagc
tgtcgacatattcgattacaaagccctgtcgttagtaatagacagcttcaaacgttaaag
gaccaaaatttagatggtttcaaagcgacaaccatgtctatcttatttgaggtggaaaaa
ggtgcagaggcaatggagcctgcgttagaagcgctattcgatcaggctgatcaagcgatt
gaagatggcaatgtgttactcgtactatcagatcgaggcgttgacgaaaagcatgctgct
attccatccttacttgctgtgtctgccttgcaccatcatttaattcgtcagggcactcgt
acaaaagtaagccttttaattgagacagcagaagctcgtgaagtacaccacttcgcgcta
ttactaggctatggtgcgcaagcaattaacccatatcttgcgtttgcgtctttagaagat
ttacatgcacgtaacgaattagatgcatcaatgagctacgacgatgtggtcaatcagtac
atcgcatctgttacagatggtgttgtaaaagttatgtctaagatgggtatctcgacgatt
caaagttatcgtggtgcgcaaatctttgaagcagttggtatttctaaagaggtcatcgac
cgtcatttttccagaacgacatctaagatcgatggtattggccttaaattgattgcgcag
gaagtactattgcgccataagccagcgtttgcgccagcacgaggtaaaacgaagaagctc
gagatcggggatgaattccagtatcgtcaaaacggagagcaccatcagtataatccaagg
acgatccatatgctccagcactcaactcgcgcaggtgattatgaggcgtttaaggaatac
tccaagcttattacggaagaaaaaaataacttacagtccctacgtggtctgattaaattt
aaagagcgcaaggcgatcccaattgaagaagtcgaatccattgatgccatcatgaagcgc
tttaagactggtgcgatgtcatttggagcgatcagccaagaagcacacgaggcactcgca
attgcgatgaaccgtattggcggagcgagcaacagtggagaaggtggcgaggatccagag
cgcttcactccagatgagaacggcgatcttcgtcgaagctctatcaaacaggtagcatca
ggacgcttcggggtaaagagtcattaccttgttaatgccgatgagattcaaattaaagtt
tcgcaaggagcaaagccaggggaaggcggacacttacctggtaagaaggtctatccttgg
gtagcagacgttcgtggatcaacaacgggtgtagagcttatctcccccccacctcaccac
gatatttattcgatcgaggacttggctgagttgattcataacttaaagaacgcaaaccca
cgcgctcgtattagcgtaaagcttgtatcagcagcaggagtaggtacgattgcagctggt
gttgcgaaaggacgcgcggatcttgtcttaatcagtggttacgacggcggtacgggagca
gctccacgtacaagcttaaagcacgctggtttaccgtgggaaattggacttgcagagacg
catcagacacttatcttaaacggtcttcgtgatcgaattgttgtagaaacagacgggaaa
atgatgacaggtcgtgacgttatcgttgcgacactacttggagcggaagagtatggcttc
tccacagcaccacttgtggtattaggctgtattatgatgcgcgtgtgtcacctagataca
tgtccagtaggggtagcaacgcaaaatccagagctacgtaaaaagtttatcgggacagct
gattccgtcgaaaacttcatgcgctttgttgcacaagaagctcgcgagcttatggcagag
cttggattccgcacaatcaatgagatggttggacgtaccgatattttagaaatgaataaa
gcagtcgaccactggaaaggtaaacacctcgacatcggtgcacttctttatcagccagag
cttgcgccaggcactacagcgtatgcaagtcgtaagcaggatcatggtttagagaagtct
cttgaccatcaggagctattaccattcgcggaggaagcattagaatcaggtacaccagtt
aaaggtacgtcgtcgattcgaaatattcaccgcgtagttggtacgatccttggtagtgag
gttacacgtcgctacggtctagaaggtttaccggaggatacaatccgactaaactttaaa
gggtcagctggtcaaagcttcggtgcctttattcctaaagggatgacgttaaagcttatt
ggagatgcgaacgactttatcggtaaaggactttctggcggtaaaatcattgcacgtcca
acgcgtaagtcatcgtttagctgggagcacagcattatcgcaggtaacgttgcattctac
ggcgcaacaggcggtgaggcatatattagtgggctcgctggagagcgcttctgtgtccgt
aatagtggcgcacaaattgttgtggaaggtgtaggagaccatggctgtgagtacatgact
ggaggtaaggtcgtgatacttggagagacaggtcgtaacttcgctgccggtatgtctggt
ggtattgcttatatcttagatgagaacgaagttccgtttgagaagaagtgtaataaggag
ctcgttctccttcaatcactgacagataaagaagaaatcgaagaactacgtacgatgatt
gaaaagcatgtagagtacactttaagtcctaaaggagagcgtattttagcacagtgggat
gactacgtatcaaaattcgtgaaggtaattcctaaggacttcctaaagatgcgtgagcgt
attgcttaccatcaatctcaaggattaagcaagttcgatgcggaaatggcggcgttcgaa
gacagcaagaagccggcagtcgctgcaaaataa
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