KEGG   Mucilaginibacter gotjawali: MgSA37_01841
Entry
MgSA37_01841      CDS       T05131                                 
Symbol
gltB_2
Name
(GenBank) Ferredoxin-dependent glutamate synthase 1
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
mgot  Mucilaginibacter gotjawali
Pathway
mgot00250  Alanine, aspartate and glutamate metabolism
mgot00910  Nitrogen metabolism
mgot01100  Metabolic pathways
mgot01110  Biosynthesis of secondary metabolites
mgot01120  Microbial metabolism in diverse environments
mgot01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:mgot00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    MgSA37_01841 (gltB_2)
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    MgSA37_01841 (gltB_2)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:mgot01002]
    MgSA37_01841 (gltB_2)
Enzymes [BR:mgot01000]
 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)
     MgSA37_01841 (gltB_2)
Peptidases and inhibitors [BR:mgot01002]
 Cysteine peptidases
  Family C44
   MgSA37_01841 (gltB_2)
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG
Other DBs
NCBI-ProteinID: BAU53672
UniProt: A0A0X8X1Y8
Position
complement(1920140..1924660)
AA seq 1506 aa
MQQDESRQGLYRPEFEHDSCGTGFITNINGHKSNQIIDDALTMLENMEHRGACGCDPESG
DGAGILIQLPHELLMEECSNLEISLPEPGEYGVGMIFFPKESALKKACRIQIGNAIEKLG
LHKLGYRKLIVNSTVIGETARKAEPDVEQLFIQRPHHINNPEDFERKLYVLRRYINKTIT
ETIPAAAEHFYFTSLSCKTIVYKGQVTTYQLRQYFTDLTDPRIASGFAMIHSRFSTNTFP
SWKLAQPFRLIAHNGEINTLTGNLNWFYSGLKSYASSYFTQDEMEMLLPVIDNNQSDSAC
LDNIIEILLHSGRSLPHVMMMLIPEAWDGNEQMDPLKKAFYEFHAALMEPWDGPAAITFT
DGKLVGALLDRNGLRPLRFVVTNDGRVIAASEAGVLNLDESLVLQKGRLQPGKMLLIDTE
KGKIITDDEIKHQIASLQPYGRWLENYKIQLGELGEPRLAFASLSEDSVYRYQQVFGYSR
EDIDTIIKPMALDGKEPIGSMGTDVPLAILSDKPQHLSSYFKQFFAQVTNPPIDPIRERL
VMSLSTFIGNNGNLLDEDKMHCHCVVLKHPILKNHQLEKLRSIDTGMFHAKTLQTYYNAD
GMPGSMERGIARLCRYAEDSVDDGFEVLILSDRAIDSEHAPIPSLLAVSAVHHHLIRSGR
RGAVGIVVETGDTWEVHHFACLLAFGATAINPYLALSTIETLKNNGSMETNLDLKTLQKN
YVKSINDGLLKIFSKMGISTLQSYHGSQVFEILGINQQVVDKYFTGAVTRIGGLGLDEIA
RESLCKHRLGFGGSKSGTHLLPEGGIYQWKRRGESHLFNPTTVHLLQHATRTNDYSIYKN
YAKAINEQSEKHFTIRGLLDFAHHREPISLEEVEPAENIMKRFATGAMSFGSISHEAHST
MAIAMNRIGGKSNTGEGGEDEIRYERLPNGDSMRSAIKQVASARFGVTSNYLTNADELQI
KMAQGAKPGEGGQLPGHKVDDWIAKTRHSTPGVGLISPPPHHDIYSIEDLAQLIFDLKNA
NRAARINVKLVSKAGVGTIAAGVAKAHADVILIAGYDGGTGASPISSIKHAGLPWELGLT
EAHQTLVRNKLRSRVVLQTDGQLKTGRDLAIACLMGAEEWGVATAALVAGGCIMMRKCHL
NTCPVGVATQDPELRKLFSGKPEHIVNLFRFLAEELREIMAELGFRTINEMVGRVQFLKV
KDGLTNWKAKKIDLSGILQPVNHPKEMTLYNSEKQDHGMDAILDWQLLEAAKLALEDKTP
VFAEFDVKNVDRTIGTLLSNEISKIYGSVGLPDNTINYKFKGSAGQSFGAFATKGISFEL
EGEANDYVGKGLSGAQLAIYPSAKATFTPEDNIIIGNVALYGATSGEVFIRGMAGERFAV
RNSGATTVVEGIGDHGCEYMTGGLALILGETGRNFAAGMSGGIAWVYNPNNTFAENCNQE
MVDLDPLSPKDEEQIIALLHKHIHLTGSEVAKQLLANWKEASLQFVKVYPREYKKVLEKL
QYQTIG
NT seq 4521 nt   +upstreamnt  +downstreamnt
atgcaacaagacgaaagccgacagggcctgtacaggccagaatttgaacacgactcgtgc
ggaacagggtttattacaaacataaacggacacaaatctaaccagataattgatgacgcg
ctcaccatgctcgaaaacatggaacaccgcggcgcttgcggctgtgacccggaatcgggc
gacggcgcgggtattttaattcaattacctcatgagttattaatggaagaatgctcgaac
ctggagatcagcttgcctgaaccgggggagtatggagtggggatgatatttttcccaaaa
gaatccgctttaaaaaaggcctgccgtatacagatcggcaatgccattgaaaaactgggt
ttacataaattgggttaccggaagctgattgttaattcaaccgttattggcgaaacagcg
cgtaaggccgaaccagatgtggaacaattgtttatacaaaggccacaccatattaacaat
cctgaggattttgagcgtaagctttatgtattaaggcgttacatcaacaaaaccattact
gaaaccattccggctgcagccgagcatttttatttcacctcgctatcctgtaaaacaatt
gtttacaaagggcaggttaccacttaccagctgcgccaatattttactgatttaaccgat
ccgcggatcgcatcaggctttgccatgatccattcgcgtttctccaccaataccttccca
tcgtggaaactggctcagcctttccgtttgatcgcgcataacggcgagatcaatacgctt
acaggtaacttaaactggttttactctggtttaaaatcctacgcatcctcctactttaca
caggatgaaatggaaatgttattgccggtaattgacaataaccagtctgactctgcttgt
ttggataatatcatcgaaatattactgcatagcggccgttcattgccgcatgtaatgatg
atgctgatccccgaagcatgggatggcaacgagcagatggatccgcttaaaaaagcattt
tacgagttccacgccgctctaatggagccatgggacggccctgccgccattacttttacc
gatggtaaattggttggtgctttgcttgaccgtaacggacttcgcccattgcgctttgtg
gtaacaaatgatggccgcgttatagcagcctcagaagcaggtgtattaaatctggatgaa
agcttagtacttcaaaaaggtcgtttgcaaccgggcaaaatgttgctgatagacaccgaa
aaaggcaaaattattactgatgacgagatcaaacaccagatagcatcactgcagccttat
ggccgctggctggaaaattataaaatacaactgggcgaactgggcgaaccacgtttggct
ttcgccagtttatcggaagattcggtttaccgctatcagcaggtattcgggtacagccgc
gaagacatcgatactattattaaaccgatggcgctggatggtaaagaacctatcggttcc
atgggtactgatgtgcctttggcgatactttctgataaacctcagcacctttcaagttat
tttaaacagttttttgcacaggttaccaacccgccgatcgacccgatccgcgagcgtttg
gtaatgagcctttcaacctttataggtaataacggcaatttgctggatgaagataaaatg
cattgccattgcgtggtattaaagcacccgatattaaaaaatcaccagctcgagaagctg
aggagtattgataccggaatgttccacgctaaaacgctgcaaacttattataatgccgac
ggcatgccgggctctatggaaagagggattgccaggctctgccgctatgcggaggattca
gttgatgacggctttgaggtattgatcctgtctgaccgggctattgattctgaacatgcg
cctatcccatcattgctggcggtatctgctgtgcaccaccacctgatcaggagtggccgc
aggggcgctgtgggtatcgttgtggaaacaggcgatacctgggaagttcaccactttgcc
tgtttgctggcatttggtgcaacagccattaacccatacctggcgctatctaccattgaa
acattgaaaaacaatggcagcatggagaccaacctcgatttaaaaacactgcaaaagaac
tatgttaaatcaataaatgatggcttgctgaagatcttctccaaaatggggatctccacg
ctgcaatcctaccatggttcgcaggtgtttgaaatattgggcatcaaccaacaggttgtt
gacaaatattttaccggcgcggtaacccggatcggtggtttagggttggatgaaattgcc
cgcgaatcgctttgcaaacaccgtttaggttttggcggttcaaaatcaggtacccattta
ttgcctgaaggtggtatctatcagtggaaacgtcgcggcgaatcgcatttgtttaacccg
accactgttcacctgttacagcacgctacaaggaccaacgattattcgatttataaaaat
tacgcgaaagccatcaatgagcaaagcgaaaagcatttcaccatcaggggattgcttgat
tttgcccatcaccgcgaaccgatcagcttagaggaggttgaaccggctgaaaacatcatg
aaacgctttgcaacaggcgccatgtcattcggctccatctctcacgaggcacacagcacc
atggcaattgccatgaaccgcatcggcggcaaaagcaataccggcgaaggcggcgaagat
gagataaggtatgagcgtttgccaaatggcgactcgatgcgttcggctatcaagcaggtt
gcatcggcacgttttggggtaacctccaactacctgaccaatgcagacgaactacagata
aaaatggcgcagggtgcgaaacccggcgaaggcgggcaattgcccggccataaggttgac
gactggatcgcaaaaacaaggcactccacaccgggtgttggtttgatctcgccgccgccg
caccatgatatttattcaatcgaagatctggcacaactgatcttcgaccttaaaaatgca
aatcgtgctgcccggatcaacgtgaagctggtatcaaaagccggcgtaggtaccatcgct
gcaggtgttgcaaaagcacatgctgatgtaattttgattgcagggtacgatggcggtaca
ggcgcctcccctatcagctccattaaacatgccggcttaccatgggaacttggcttgacc
gaagcgcaccagaccctggttcgcaacaaactgcgcagccgcgtggtattgcagacggat
ggtcagctaaaaacaggccgcgatttagcgattgcctgcttaatgggcgccgaagaatgg
ggtgttgctactgctgctttggttgccggcggctgtatcatgatgcgcaaatgccatctg
aacacctgccctgtaggtgtggctacacaggatcctgaattacgaaaattattttcgggt
aagccggagcacatcgttaaccttttccgctttttggctgaagagctgcgcgaaattatg
gctgaattaggcttccgcaccattaacgaaatggtgggccgcgttcagttcctgaaagtg
aaagacgggctgaccaactggaaagctaaaaagatcgatctttctggcatcttgcaaccg
gtaaatcatccaaaggaaatgacgctttacaacagcgaaaaacaggaccatggcatggat
gccatccttgactggcagctattagaagcagctaaactggccctggaagacaagacacct
gtatttgcggaatttgacgtaaagaacgttgaccgtaccatcggcactttattatctaac
gagatctctaaaatatacggttctgttggtttgcctgataataccatcaactacaaattc
aaaggttcagccgggcaaagctttggtgcgtttgccacaaaagggatctcttttgaattg
gaaggcgaagcgaatgactatgtgggcaaaggtttatccggcgcgcaactggcaatttat
ccatcggcaaaggcaacctttacgccagaggacaatatcatcatcggcaatgtggcgctt
tacggcgctaccagcggcgaggtatttatccgcggtatggcgggcgaacgttttgcggta
cgtaattccggcgccaccacggtggtggaaggcattggcgaccacggctgcgaatacatg
accggcggtttggccctgatccttggtgaaaccggtcgcaactttgcagcaggcatgagc
ggcggtattgcctgggtatataacccgaacaatacctttgctgaaaattgcaaccaggaa
atggttgatcttgacccgctatcgccgaaagacgaagagcagatcatcgccttactgcac
aaacacattcatttaaccggaagcgaagtggccaaacagctgcttgccaactggaaagaa
gcatcgctgcaatttgtgaaagtgtatccaagagagtataaaaaagtattagagaaatta
caatatcaaactatcggctaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (6)   
   KEGG PATHWAY (6)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (29)   

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