Mucilaginibacter xinganensis: MuYL_2337
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Entry
MuYL_2337 CDS
T05010
Name
(GenBank) Ferredoxin-dependent glutamate synthase 1
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
muc
Mucilaginibacter xinganensis
Pathway
muc00250
Alanine, aspartate and glutamate metabolism
muc00910
Nitrogen metabolism
muc01100
Metabolic pathways
muc01110
Biosynthesis of secondary metabolites
muc01120
Microbial metabolism in diverse environments
muc01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
muc00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
MuYL_2337
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
MuYL_2337
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
muc01002
]
MuYL_2337
Enzymes [BR:
muc01000
]
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)
MuYL_2337
Peptidases and inhibitors [BR:
muc01002
]
Cysteine peptidases
Family C44
MuYL_2337
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Motif
Other DBs
NCBI-ProteinID:
ASU34226
UniProt:
A0A223NWN3
LinkDB
All DBs
Position
complement(2525095..2529615)
Genome browser
AA seq
1506 aa
AA seq
DB search
MDQAESQQGLYRPEFEHDSCGTGFITNINGHKSYQIIDDALTMLENMEHRGACGCDPDSG
DGAGILIQLPHEFFMEECSDLEISLPEPGEYGVGMIFFPKESALKKACKNIIDNAVEKLG
LHTLGYRKITTNSSVIGETARRAEPNVEQIFILRPHNITNVDDFERKLYILRRYINKTVS
ETINAATEHFYFTSLSCKTIVYKGQLTTYQLRKYFTDLSDPRIASGFAMIHSRFSTNTFP
SWKLAQPFRLIAHNGEINTLTGNLNWFYSGLKSYASAYFTNEEMEMLLPVIDNNQSDSAC
LDNIIEILQHTGRSLPHVMMMLIPEAWDGNEQMDPIKKAFYEFHATLMEPWDGPAAITFT
DGKLVGALLDRNGLRPLRFVITNDGRVIAASEAGVLNLDESLVLRKGRLQPGKMLLIDTE
KGMIITDEEIKQQIASRQPYGRWLENYKIRLGELAEPRLAFASLSEASVFRYQQVFGYTR
EDIDTIIKPMALDGKEPIGSMGTDVPLAILSDKPQHLSSYFKQFFAQVTNPPIDPIRERL
VMSLSTFIGNNGNLLDEDKMHCHCVVLQHPILKNHQLEKLRSIDTGMFHAKTLQTYYNAD
GMPGSLERGIARLCRYAEDSVDDGFEVLILSDRAIDSEHAPIPSLLAVSAVHHHLIKKGR
RGSVGLVVETGDTWEVHHFACLLAFGATAINPYLALSTIETLKNNGSLETSLDLKTLYKN
YVKSVNDGLLKIFSKMGISTLQSYHGSQVFEILGINQAVVDKYFTGAVTRIGGLGLDEIA
RESLCKHKIGFGGSSSGAHLLPEGGIYQWKRRGEQHLFNPTTVHLLQHATRSNNYQVYKE
YAKAINEQSEKHFTIRGLLDFAHHREAIAIDEVEPAENIMKRFATGAMSFGSISHEAHST
MAIAMNRIGGKSNTGEGGEDELRYELMPNGDSMRSAIKQVASARFGVTSNYLTNADELQI
KMAQGAKPGEGGQLPGHKVDDWIAKTRHSTPGVGLISPPPHHDIYSIEDLAQLIFDLKNA
NRAARINVKLVSKAGVGTIAAGVAKAHADVILIAGYDGGTGASPISSVKHAGLPWELGLT
EAHQTLVRNKLRSRVVLQTDGQLKTGRDLAIAALMGAEEWGVATAALVAGGCIMMRKCHL
NTCPVGVATQDPELRKLFSGKPEHVVNLFRFMAEELREIMAELGFRTINEMVGRVQFLKV
KDGLKNWKAQKIDLSGILHPVNNPKEVTLYNSEKQDHGMDAILDWQLLAAAKPALEDKTP
VFATFDVKNVDRTIGTLLSNEISKIYGSAGLPDNTINYKFKGSAGQSFGAFATKGISFEL
EGEANDYVGKGLSGAQLAIYPSEKATFTPEDNIIIGNVALYGATSGEMFIRGMAGERFAV
RNSGATTVVEGIGDHGCEYMTGGFALILGETGRNFAAGMSGGIAWIYNPNNTFAENCNTE
MVDLDPLSIRDEEQIIALLHKHIHLTGSKVAQKLLKNWNIASTQFVKVYPREYKKVLEKL
QYQTIS
NT seq
4521 nt
NT seq
+upstream
nt +downstream
nt
atggatcaagctgaaagccaacagggcctttaccggccagaatttgaacacgactcgtgc
ggtaccggatttattactaacattaacggtcataaaagttaccagataattgatgatgca
ctcaccatgctcgagaacatggaacatcgcggcgcttgcggctgcgaccctgattcgggt
gatggcgcgggaattttaatacaattgccccatgaatttttcatggaagagtgctcagac
ctggaaataagtttacctgagccgggcgagtacggtgtggggatgatatttttcccaaaa
gaatcagcgcttaaaaaagcctgtaaaaacatcattgataatgcggttgaaaaattagga
ctgcatacgctgggttatcgtaaaataaccaccaactcatctgttattggtgaaaccgcc
cgcagggccgaaccaaatgttgaacagatctttattttaaggccgcataacattaccaat
gtagatgattttgaacgcaaactgtacatactgaggcgttatattaataaaacggtttct
gaaaccattaatgctgcaactgagcatttttatttcacatcgctttcctgtaaaaccatc
gtttacaagggccagttaaccacttaccagctgcgtaaatattttacagacctttctgat
ccacggatcgcgtccggctttgccatgatccactcgcgcttctcaaccaatacgtttcca
tcgtggaagttggcgcagcctttcaggctgattgcccacaacggtgaaattaatacactt
accggtaacttaaactggttttattccggtttaaaatcatacgcttcagcctatttcacc
aacgaggaaatggaaatgctgttgccggtaattgacaacaatcagtctgactctgcatgc
cttgataatataattgaaatactgcagcatacaggccgttcattaccgcacgtaatgatg
atgctgatccccgaagcgtgggatggtaatgagcagatggacccaattaaaaaggcattt
tacgagttccacgcaactttgatggagccatgggacggacctgctgcaattacctttacc
gatggcaaactggtaggtgcactgcttgacaggaatgggctgcgcccgctacgttttgtg
atcactaatgatggccgtgttattgccgcgtcagaagctggcgtacttaaccttgatgag
agccttgtattgcgcaaaggccgcctgcaaccggggaaaatgttattgatagataccgaa
aaaggtatgatcattacggatgaagagatcaaacagcaaattgcatcgcgccagccttat
ggccgttggctggaaaattataaaataagattaggtgagcttgcggagccacgtttggct
ttcgccagtttatctgaagcatccgtgttccgttaccagcaggttttcggatatacccgt
gaagatattgataccattattaagccaatggctttagacggtaaggaaccgataggctca
atgggtaccgatgttccgctggctatcttgtctgataagccgcagcacctttcaagctat
tttaaacaatttttcgcgcaggtaaccaacccgcctatcgatccgattcgagagcgtttg
gtaatgagcctttcaacctttataggtaacaatggcaacttgcttgacgaggataaaatg
cactgccattgcgtggtattgcagcaccctatcctaaaaaaccatcagcttgaaaaattg
cgcagtattgataccggcatgttccatgctaaaacactgcagacttattataatgccgac
ggcatgcccggatcgctggaaagaggtatagcaaggctatgccgctatgcggaagattca
gttgatgatggttttgaagtattgatactatcagaccgtgctattgattcggaacatgcg
ccaataccatcattattggcggtatctgctgtacatcatcacctcattaaaaaaggacgc
cgtggctcagttgggctggttgttgaaaccggcgatacctgggaagtgcaccactttgcc
tgtttgcttgcctttggcgcaaccgcaattaacccgtacctggcactttcaaccattgaa
acattgaaaaacaatggcagccttgaaaccagccttgatctgaaaacgctttataaaaac
tacgtaaaatctgttaacgacggcttgctgaagatcttctcaaaaatgggaatctcaacg
ctgcagtcatatcacggttcgcaggtttttgaaatactggggattaatcaggctgttgtt
gataaatactttacaggtgccgtgacccgcattggtggcttaggccttgatgaaattgcc
cgcgaatcattatgcaagcacaaaataggctttggcggttcaagttccggcgcgcattta
ttgcccgagggtggtatttaccagtggaaacgccgtggcgaacaacacttgtttaaccca
acaaccgtacacttattacaacacgctacccgcagcaacaactaccaggtatataaagaa
tacgctaaagctataaatgagcaaagcgaaaagcatttcaccatccgtggattgctcgat
tttgctcatcaccgcgaggctatagctattgacgaggttgaacctgccgaaaatatcatg
aagcgctttgcaacaggcgctatgtcgttcggttccatttcgcacgaggcgcacagcaca
atggctattgccatgaaccgcataggcggcaaaagcaataccggcgagggcggcgaagac
gaattacggtatgaattgatgcctaacggcgattccatgcgttcggctattaaacaggtg
gcatctgcccgttttggggttacctcaaactatttgaccaatgccgatgaactgcagata
aaaatggctcagggtgcaaaaccgggcgaaggcggccagttgccgggtcataaagttgac
gactggattgcaaaaacacgtcactcaacgccgggtgttggcttaatatcgccgccaccg
catcatgatatttattctattgaggatttggcccagctgatcttcgaccttaaaaatgct
aaccgtgctgcgcgcatcaacgttaagctggtatcaaaagccggcgtaggcactatagcg
gcaggtgttgccaaagcccacgccgatgttattttgattgccggttatgatggcggtaca
ggtgcctctcctatcagctccgttaaacacgccggtttaccctgggagctcggattaacc
gaagcacatcaaacactggtgcgtaacaaactgcgcagccgcgtggtcctgcaaacagac
ggtcagctaaaaaccggtcgtgaccttgctatagcagccttaatgggcgccgaagaatgg
ggtgttgccaccgcagctttggttgcaggcggctgtataatgatgcgtaagtgtcattta
aatacctgccctgtgggagttgctacacaagacccagagttaaggaaacttttctcgggc
aagccggaacatgtggttaaccttttccgctttatggcagaagagttacgcgagataatg
gctgagctgggcttccggaccattaatgaaatggttggccgggtacagttcctgaaggta
aaagatggccttaaaaactggaaagcacaaaagatcgatctttcaggtattttgcacccg
gtaaataatcctaaggaggttacgctttacaacagcgaaaaacaagatcatggtatggat
gccattcttgactggcagttgctagcagccgcaaaacctgcactggaagacaagacacct
gtattcgcaacctttgatgtgaaaaatgttgaccgtacaataggtaccttgttatcaaac
gagatctcgaaaatatatgggtctgccgggttaccggataacaccatcaattataagttt
aaaggctcggcagggcaaagttttggtgcgtttgctaccaaaggcatttcgtttgaactg
gaaggcgaagcaaatgattatgtaggcaaaggcttatcaggtgcacagctggccatctat
ccgtcagaaaaagcaacttttacacccgaagataacatcattattggcaacgtagccctg
tatggcgctacatcaggcgagatgtttatcaggggtatggccggcgaacgttttgctgtg
cgtaactcaggcgctaccactgttgttgaaggtatcggcgaccacggttgcgaatacatg
acgggtggctttgctttgatattaggcgaaacaggccgcaactttgctgccggcatgagt
ggcggtattgcatggatctataatccaaacaatacttttgctgaaaactgcaacaccgaa
atggtagatcttgatcccctgtctatccgggatgaagagcaaataattgcattgctgcat
aaacacattcacctgacaggcagtaaggtggcacaaaaattacttaaaaactggaacatc
gcctcaactcagtttgtaaaagtatatccaagagagtacaaaaaagttttagagaaatta
caatatcaaactatcagctaa
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