Flagellimonas sp. HMM57: LV716_11370
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Entry
LV716_11370 CDS
T07897
Symbol
gltB
Name
(GenBank) glutamate synthase large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
flg
Flagellimonas sp. HMM57
Pathway
flg00250
Alanine, aspartate and glutamate metabolism
flg00910
Nitrogen metabolism
flg01100
Metabolic pathways
flg01110
Biosynthesis of secondary metabolites
flg01120
Microbial metabolism in diverse environments
flg01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
flg00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
LV716_11370 (gltB)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
LV716_11370 (gltB)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
flg01002
]
LV716_11370 (gltB)
Enzymes [BR:
flg01000
]
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)
LV716_11370 (gltB)
Peptidases and inhibitors [BR:
flg01002
]
Cysteine peptidases
Family C44
LV716_11370 (gltB)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Motif
Other DBs
NCBI-ProteinID:
UII74860
LinkDB
All DBs
Position
complement(2597289..2601794)
Genome browser
AA seq
1501 aa
AA seq
DB search
MTLEKQGLYLPEFEHDNCGAGFICSLKGRKSNDIIHKALEILDKLEHRGAVSSDGKTGDG
AGILIDIPHDFFTEVCKFSLPEAGEYAVSNVFLPQKENQRNFCIAKLEENIKKQGLQLLG
WRDAAVNRSVPGRIASETEPFVKQVFIGKGEALDDFQFNLKLFIARKTTEHAIIKSKLSQ
NKFFYLPSLSTKIIIFKGLLVPQDISRYYEDLLDPRVVTRLALVHQRFSTNTFPTWDLAQ
PFRYMCHNGEINTLRGNVSRMRSREELLKSDWFGDDIKKILPIVLPGKSDSASMDMVVEL
LLMTGRSLPEVMMMLVPEAWEKNTEMSESKRAFYEYNSCLMEPWDGPASIPFTDGNYIGA
VLDRNGLRPSRYSVTKKGYVIMSSETGVVELEPEDIEFHGRLEPGKMFLVNMEEGRIVND
EEIKESVAKKHPYKKWLKNNLVHLKDIPYNDCPVFYGEFPLETRRAAFGYTLEDINTIIL
PMAKNAKEPIGSMGSDTPIAVLSERPQLLYNYFKQLFAQVTNPPLDGIREELITDISLTL
GSDQNIFDITELNCRKLKIQNPVISKEDLDKIKNYDVSPDYKVISISILYEVAKGHNGLE
NALESILDKASKAIDEGANIIILSDRMVSTEMAAIPALLACSFVNSGLSKLGKRSKLSII
IESAEPREVHHFALLFGFGASAINPYLVNEIIGQQIQENDITEYTFDEAIKNYNKAVGKG
ILKVMNKIGISTLNSYRGSQLFECIGINTKVVDKYFPNTPTRIQGIGLYEIEKEITKRHK
KAFDKQQLAANLDIEIGGEYRWRRDGEKHMFNPVSIAKLQKSVRNNEPETYKEYSKLVNK
QSKNLMTIRGLFEFSNYDPIPIEEVEPWTEIVKRFKTGAMSYGSISKEAHENLAIAMNRI
GGKSNSGEGGEDSARFYKNQTGDWKNSAIKQVASGRFGVTSNYLTNAKEIQIKMAQGAKP
GEGGQLPGPKVNPEIAKTRNSTPYVGLISPPPHHDIYSIEDLSQLIYDLKSANREARVNV
KLVSEVGVGTVAAGVSKAKADVILISGFDGGTGASPLTSLKHAGLPWELGIAEAQQTLVL
NDLRNRIVLECDGQLKTGRDVAIACLLGAEEFGFATAPLVASGCVMMRVCHLNTCPVGIA
TQNPELRKKFKGKPEHVVNYMYFVAQELREIMAKLGFRTINEMVGQVQKLDRKKAIEHYK
AAGIDLSPILYQVDVPEGTAFHNTTQQTHHIENSIEFDIIAKAHPALFRKEKISLDFPIH
NTDRAVGAIISNEISKIYGADGLPDNTLKLNFTGSAGQSFGAFATKGLTMIVNGNTNDYL
GKGLSGAKLIIKVPYKSTIKPEENIITGNVTLYGATSGEAYINGKAGERFCVRNSGAKAV
VEGIGDHGCEYMTGGIAVILGEVGRNFGAGMSGGIAYVLDRDKSFKRRCNGETLNLLPIE
EEQDIAQLKELVENHYNATLSPLAQDILEKWEDYLPKFIKVFPEEYRQALIRLEKEKLQT
L
NT seq
4506 nt
NT seq
+upstream
nt +downstream
nt
atgacgttagaaaaacaaggtttgtacctacctgaatttgaacatgataattgcggcgca
ggttttatttgtagtctaaaaggaagaaagtcaaatgacattatacataaggcactcgaa
atcctggataagctagaacatagaggggcagttagctctgatggtaagacaggtgatggt
gcgggaatcctaatagatataccccacgatttcttcacggaagtatgcaagttcagcttg
ccagaagccggagaatatgcggtaagcaatgtgtttttaccgcaaaaggaaaatcaacga
aatttttgcattgcgaaactagaagaaaatataaaaaaacaggggctacaattattaggt
tggcgtgatgccgctgtaaatcggtccgttccgggaagaattgcctcagaaacagaacct
tttgtaaaacaagtttttattggtaaaggtgaagcactggacgatttccaattcaacctt
aagctcttcatcgcaagaaagactacggagcatgcaatcatcaaaagcaagctttcgcag
aataaattcttttacctacctagcctttctacaaaaattataatcttcaaaggattattg
gtcccacaggacatcagtagatattacgaagacctcttggaccctagggttgttacgcgt
ttggctttggtgcatcagcgattctccaccaatacttttccaacatgggatttggcacaa
ccatttaggtacatgtgccataacggggaaataaataccttaaggggaaatgtgtcccga
atgcgctccagagaagaattgctcaaaagtgattggtttggcgatgacataaaaaaaatc
cttccaatagtacttccaggaaagtcggattcagctagcatggacatggtcgtagaatta
ttacttatgacaggacgttcgttacccgaggtgatgatgatgttagtaccggaagcatgg
gaaaaaaatacagaaatgtccgaatctaaacgagcattttacgaatataattcgtgtctt
atggaaccttgggacggtccagcatccattccttttacggatggaaattacattggcgcc
gttttggacaggaacgggttacgcccatctagatattctgtgaccaaaaaagggtacgtg
atcatgtcttcagaaactggagtagtcgagttggagccagaagacattgaattccatgga
agacttgaacctggaaaaatgttcttggtcaatatggaagaaggccgtatcgtaaatgat
gaagaaataaaagaatctgttgctaaaaagcatccctataaaaaatggttgaaaaataat
ctcgttcacttaaaggatattccatacaatgattgcccggttttttacggggaattccct
ttagaaaccagacgtgccgcttttggatatacgttagaggatatcaataccattatttta
cccatggcaaaaaatgccaaggaacctattggttccatgggatcagatacaccaatcgct
gttttatcggaacgcccacaattgctttacaattattttaagcaattatttgctcaggtc
accaacccgccactagatggaattagggaggaactaattacggacattagtcttacgttg
ggaagtgatcaaaatattttcgacatcacggaactgaactgtagaaaactaaaaattcaa
aacccggttatttcaaaagaggaccttgataaaataaagaactatgatgtaagtccagat
tataaggtaatatccatttcaatactatacgaagtagccaaaggtcataatggtctggag
aacgctctggaatcaattttggacaaagcttcaaaagctattgacgaaggagctaacatt
atcatcttatcagatagaatggtgagtactgaaatggctgcgattcctgcacttttggcc
tgttctttcgttaatagtggattgagcaagttgggcaaacgctctaaacttagcatcatt
atcgaatctgcagagccccgagaagtacatcactttgcattattgttcggctttggcgct
agcgccatcaatccttatttggtcaacgaaatcataggacaacaaattcaagaaaatgat
attacagaatacacttttgatgaagccataaaaaattataataaggccgttgggaaaggt
atcctaaaagtgatgaacaaaattggaatttcaacattgaattcttacagaggttcccaa
ttatttgaatgtataggtattaataccaaagtcgtcgataaatattttccaaatacacca
acacgtattcaaggaataggactatatgaaattgaaaaagaaataaccaaacggcataaa
aaagcatttgacaaacaacagttagcagcaaatcttgatatagaaattggaggagagtac
cgttggagaagagatggtgaaaaacacatgtttaaccctgtaagtatagccaagcttcaa
aaatccgttagaaacaatgaaccggaaacttataaagaatactctaaactggtcaacaag
caatcaaaaaacttaatgaccattaggggactgttcgagttttccaattatgatccaatt
ccaattgaagaagtagaaccctggaccgagattgttaaacggtttaaaacgggtgctatg
tcttacggaagtataagtaaggaagcccacgaaaatcttgctattgccatgaaccggatt
ggtggaaagagcaattcaggtgaaggcggggaggattcggcccgtttctataaaaatcag
acaggcgattggaaaaatagtgccatcaaacaggtagcttcgggtagatttggggtaacc
tccaattacttgaccaatgccaaagagattcaaattaaaatggcacaaggcgcaaagcca
ggagaaggtggacaattacctggcccaaaagtaaatccagagattgcaaagacaaggaat
tctaccccttatgtaggcctaatttccccaccgccgcatcacgatatttattccatagag
gatttatcacaattgatatatgatctgaaatcagccaatagagaggcacgagtcaatgta
aaactagtttccgaagttggcgtaggtaccgttgctgccggagtttccaaagcgaaagca
gatgtcattctaatttctggctttgatggtggtaccggagcatctccccttacttcttta
aaacacgccggactcccatgggaattgggaattgcggaagcgcaacaaactctagtctta
aacgatttaagaaaccgtatcgtacttgaatgcgatggacagctaaaaactggtagagat
gtagctattgcatgtcttttgggtgccgaggaatttggatttgccacagcacctctggtt
gcatcaggatgtgtaatgatgcgtgtttgccacctaaatacatgccctgtaggcattgcc
acccaaaacccagaactccgtaaaaaattcaagggtaaaccagagcacgttgtcaactac
atgtattttgtggctcaggaattacgagaaatcatggctaaacttggctttaggaccatt
aacgaaatggtaggccaagtccagaaactcgatagaaaaaaagccatagaacattataaa
gctgccggtatcgatttaagccccatactttatcaagtggatgttccagaaggtactgcc
tttcataatacaacacagcaaacgcaccatattgaaaattcgattgaatttgatattatc
gcaaaggcacaccccgcattgtttcgaaaagaaaaaatatcactcgatttccctattcac
aatacggacagggccgttggggcaataatcagtaacgaaatttcaaaaatctatggtgcc
gatggtctaccggacaacacgttaaaactaaattttacaggttcagctggacaaagtttt
ggtgcatttgccactaagggacttacaatgatagttaatggaaataccaatgattatttg
ggaaaaggtctttctggggcaaagttaattatcaaagttccttataaatcgactataaaa
cctgaagaaaacatcattaccggtaatgtaacgctatacggagcaacctctggtgaagcc
tacataaatggtaaagccggagagcgcttttgtgtaaggaactcaggtgcaaaagccgtt
gtagaaggtattggtgatcacggttgcgagtatatgactgggggtattgcagttattcta
ggagaagttggaagaaactttggtgcaggaatgagtggtggtattgcttatgtactggat
agagataaatcgttcaaaagacgctgtaatggagaaacattgaatctattgcctatagaa
gaggaacaagatatagctcagctaaaggaacttgttgaaaatcattataacgccacattg
agtccattggcgcaagacattttggaaaagtgggaagactacttaccaaaatttataaaa
gtatttccagaagaataccgtcaagcactaatacgattggaaaaagaaaaattacaaact
ttataa
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