Mucilaginibacter sp. cycad4: SNE26_04705
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Entry
SNE26_04705 CDS
T10709
Symbol
gltB
Name
(GenBank) glutamate synthase large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
muy Mucilaginibacter sp. cycad4
Pathway
muy00250
Alanine, aspartate and glutamate metabolism
muy00910
Nitrogen metabolism
muy01100
Metabolic pathways
muy01110
Biosynthesis of secondary metabolites
muy01120
Microbial metabolism in diverse environments
muy01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
muy00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
SNE26_04705 (gltB)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
SNE26_04705 (gltB)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
muy01002
]
SNE26_04705 (gltB)
Enzymes [BR:
muy01000
]
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)
SNE26_04705 (gltB)
Peptidases and inhibitors [BR:
muy01002
]
Cysteine peptidases
Family C44
SNE26_04705 (gltB)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Motif
Other DBs
NCBI-ProteinID:
WPV01065
LinkDB
All DBs
Position
complement(1097442..1101959)
Genome browser
AA seq
1505 aa
AA seq
DB search
MDQTDSHQGLYRPEFEHDSCGTGFIANINGHKTNQIIDNALTMLENMEHRGACGCDPESG
DGAGILIQLPHEFLMEECSNLEISLPEPGEYGVGMIFLPKDSAQKKACRTIINNAIEKLG
LHKLGERKLTVDSSVIGETARQAEPDIEQIYIARPHHITNADDFERKLFVLRRYINKTIT
ETVAGASDNFYFTSLSCKTIIYKGQLTTYQLRKYYTDLSDPRIASGFAMIHSRFSTNTFP
SWKLAQPFRLIAHNGEINTLTGNLNWFYAGLKSYASSYFTAEEMDMLLPVIDNNQSDSAC
LDNIIEILLHSGRSLPHVMMMLVPEAWDGNEAMDPLKKAFYEFHATLMEPWDGPAAITFT
DGKLVGALLDRNGLRPLRYVITNDGRAIAASEAGTLAIDESTVLRKGRLQPGKMLLIDTE
KGRIITDEEIKKQVASQQPYGRWLENYKINLSELSEPRLAFASLSEASVYRYQQVFGYSR
EDIDTIIKPMALDGKEPVGSMGTDVPLAILSDKPQHLSSYFKQFFAQVTNPPIDPIRERL
VMSLATFIGNNGNLLDEDKMHCHCVVLKHPILKNHQLEKLRSIDTGLFHAKTLQTYFKAD
GLPGSLEKGIARLCRYAEDAVDDGFEVLILSDRAVDSEHAPIPTLLAVSAVHHHLIRKGR
RGAVGLVVETGDAWEVHHFACLLAFGATAINPYLALSTIETLKDNGSLETSYDIKKLRNN
YVKSINDGLLKIFSKMGISTLQSYHGAQVFEILGLNKTVVDKYFHGAVTRIGGLGLDEIA
REALCKHKMGFEAKGADNLLPEGGIYQWKRRGEAHLFNPTTVHLLQHATRSNSYEVYKNY
AKVVNEQTEKHFTIRGLLDFAHHRESISIDEVEPAESIMKRFATGAMSFGSISHEAHSTM
AIAMNRIGGKSNTGEGGEDEMRYDKLPNGDSLRSAIKQVASGRFGVTSNYLTNADELQIK
MAQGAKPGEGGQLPGHKVDDWIAKTRHSTPGVGLISPPPHHDIYSIEDLAQLIFDLKNAN
RAARINVKLVSKAGVGTIAAGVAKAHADVILIAGYDGGTGASPISSIKHAGLPWELGLTE
AHQTLVRNKLRSRVVLQTDGQLKTGRDLAIAALMGAEEWGVATAALVAGGCIMMRKCHLN
TCPVGVATQDPELRKLFSGKPEHVVNLFRFMAEELREIMAELGFRTIHEMVGRVQFLKVK
DNLQSWKAKKIDLSGILHPVTNTKGMTLYNSESQDHGMADILDWKLWETAKPAIEDKTPV
FASFDVINVNRTIGTLLSNEISKVYGSAGLPDNTINYKFKGSAGQSFAAFATKGVSFELE
GEANDYVGKGLSGAQIAVYQPANATFIPEENIIIGNVALYGATSGELFIGGMAGERFAVR
NSGATTVVEGIGDHGCEYMTGGRALILGKTGRNFAAGMSGGIAWVYNPEGTFAENCNTEM
VDLDPLSVQDEEQILTLLRKHINLTGSKLAQKILNNWNEASTQFVKVYPREYKKVLEKSQ
YQTIG
NT seq
4518 nt
NT seq
+upstream
nt +downstream
nt
atggatcaaactgatagccaccagggtctttacagaccggaatttgaacacgattcgtgc
ggaacgggatttatagccaatatcaacggtcataaaaccaaccaaattattgataacgcg
ttaaccatgctcgaaaacatggaacaccgcggtgcgtgcggatgcgaccccgagagcggg
gacggtgcgggcattttaatacaattgccccatgagtttttaatggaagaatgctcaaac
cttgagatcagcctgccggaacccggcgagtatggtgtaggtatgatatttttacctaaa
gattcggcccagaaaaaggcctgccgtaccattattaacaacgctattgaaaaattaggt
ttacataaactgggcgagcgtaagcttaccgttgattcatcggttattggtgaaacagcc
cgccaggccgaacctgatattgagcaaatttatattgcaaggccgcatcatattaccaac
gccgatgattttgaacgcaagctgtttgtgctcagaaggtatatcaacaaaaccattact
gaaacggtagccggcgcttctgataacttttattttacatcgttaagctgtaaaacaatt
atttacaaaggccagcttactacctaccaactgcgtaaatactataccgatctttcagat
ccgcgtattgcatcgggctttgccatgatccactcgcgtttctctaccaatactttccct
tcatggaaactggcccagccattccgcttaattgcgcataacggcgagatcaataccctt
acaggtaacttaaactggttttatgccggcctgaaatcatacgcttcgtcatactttact
gccgaagaaatggacatgctgttgccggtgatcgataacaaccagtcggattctgcctgt
ctggataatatcattgaaatattgctgcattccggccgttcattaccgcacgtaatgatg
atgctggtacctgaggcatgggatggcaacgaagccatggatccgcttaaaaaggcattc
tatgaattccacgctaccctgatggagccatgggacggccctgccgccatcacctttacc
gatggtaaacttgtaggtgccctgcttgaccgtaacggcctgcgcccattgcgttatgta
attaccaatgatggccgcgccattgcagcctcagaagccggtactttagctatcgacgaa
agcaccgttttacgcaaaggccgtttgcagcctggtaaaatgctgttgatcgatactgaa
aaaggccgcatcatcaccgatgaggagatcaagaaacaagttgcttcacagcagccatac
ggccgctggctggaaaattataaaattaacctgagcgagctttcagaaccgcgcctggct
ttcgccagcttgtctgaagcttcggtttaccgttatcagcaggtttttggttacagccgt
gaggatatcgacaccattattaaaccgatggcccttgacggcaaggaacctgtaggttca
atgggtaccgacgtgcctttggctatcctttctgataaacctcagcacctgtcaagctat
ttcaaacaattcttcgcacaggttaccaacccgccaatcgatcctatccgtgagcgtctg
gtaatgagccttgctaccttcatcggtaacaatggcaacctgttggatgaagataaaatg
cattgccattgcgtggtattgaaacacccgatattaaaaaaccaccagttggaaaagctg
cgcagtatcgataccggcctgttccacgccaaaacactgcaaacatactttaaggctgat
ggcctgccaggttcactggaaaaaggtatcgcgcgcctttgccgttacgccgaggatgct
gttgacgacggcttcgaagtattgatcctttcggatcgtgcggttgattctgagcacgcc
cctatccctaccctgttagctgtatctgcagtacaccaccacctgatccgcaaaggccgt
cgtggtgctgtaggcctggttgttgaaaccggcgatgcatgggaagttcaccactttgcc
tgcttactggctttcggtgcaactgctatcaatccataccttgcgctttcaaccatcgaa
acgcttaaggacaatggcagccttgaaaccagctacgatatcaaaaaactgcgtaataac
tacgttaaatctattaatgacggcttactgaagatcttctcaaaaatggggatctccaca
ttgcagtcataccacggtgcacaggtattcgagatccttggtttgaacaaaaccgtagtt
gacaaatacttccacggcgcggttacccgtataggcggtttaggccttgacgaaattgcc
cgcgaagcactttgcaaacacaaaatgggctttgaggccaaaggtgctgataacctgctg
cccgaaggtggtatttaccagtggaaacgccgcggcgaagcccacttgtttaaccctact
accgttcacctgttgcagcatgctacacgcagcaacagctacgaggtatataaaaactat
gctaaggtggttaatgagcaaactgaaaagcattttaccattcgtggcctgcttgatttt
gcccaccaccgcgaatctatcagcattgatgaggttgaacctgcagaaagcatcatgaag
cgttttgctacaggtgccatgtcattcggctctatctcgcacgaggcgcacagtaccatg
gctattgccatgaaccgcattggcggcaaaagcaacaccggcgagggcggtgaggatgaa
atgcgctatgacaaattgccaaacggcgattcattgcgttcggctatcaaacaggtagca
tcgggccgttttggggtaacttcaaactaccttactaacgccgacgaactacagataaaa
atggcacagggtgctaaaccaggcgaaggtggtcagctgccgggccacaaggttgacgac
tggatcgctaaaacccgtcactctaccccgggtgtaggtttgatctcgcctccgccgcac
cacgatatttactctatcgaagatttggcacagcttatcttcgaccttaaaaatgccaac
cgtgctgcccgtatcaacgttaaattggtatcaaaagccggtgtaggtacaattgcggca
ggtgttgccaaagctcatgccgatgtgatcctgatcgccggctacgacggtggtactggt
gcatcaccgataagctctatcaaacatgcaggtttaccatgggagcttggcttaaccgaa
gctcaccaaacactggtacgcaataaactgcgcagccgcgtggtattgcaaacagatgga
cagctgaaaaccggcagggatttggctatcgcagccctgatgggtgccgaagaatggggt
gttgctactgcggcccttgttgcaggcggttgtatcatgatgcgtaaatgccacctgaac
acctgccctgtaggtgttgccacccaggaccctgaattgcgtaaattattctcgggcaaa
cctgagcacgttgttaacctgttccgctttatggccgaagagttacgtgagatcatggcc
gaacttggtttccgcaccattcatgaaatggttggccgcgtacagttcctgaaagtgaaa
gataacctgcaaagctggaaagccaaaaagatcgacttgagcggcatcctgcacccggtt
accaacactaaaggcatgaccctgtacaacagcgaatcacaggatcatggcatggccgat
atccttgactggaaattgtgggagactgcaaaaccggccattgaagataaaaccccggta
tttgcctcatttgatgtgatcaacgttaaccgtaccattggtaccctattatcaaacgag
atttcaaaagtatatggttccgcgggtttacctgataataccatcaactataaattcaaa
ggttcggcaggtcaaagctttgctgcttttgctaccaaaggcgtatcatttgagctggaa
ggcgaagctaatgactatgtgggcaaaggcctttcaggcgctcaaattgcagtataccag
ccagccaatgcaacctttatccccgaagaaaatatcatcatcggtaacgtagccctttat
ggagctacatctggtgagttattcatcggtggtatggccggcgaacgtttcgcggtgcgt
aactcaggtgctacaaccgttgttgaaggcataggagatcacggttgcgaatacatgact
ggtggccgtgcattgattcttggtaaaacgggccgcaactttgcagccggcatgagcggc
ggtatagcctgggtttataaccccgaaggcacctttgccgaaaactgcaataccgaaatg
gttgaccttgacccgctgagcgtgcaggatgaagaacagatccttaccctgctgcgtaag
cacatcaatttaacaggcagcaagcttgcacaaaagatcctgaacaactggaacgaagca
tcaacccagtttgtaaaggtatatccgagagagtataaaaaagtattagagaaatcacaa
tatcaaactataggctaa
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