KEGG   Robiginitalea biformata: RB2501_09360
Entry
RB2501_09360      CDS       T00992                                 
Name
(GenBank) glutamate synthase (ferredoxin)
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
rbi  Robiginitalea biformata
Pathway
rbi00250  Alanine, aspartate and glutamate metabolism
rbi00910  Nitrogen metabolism
rbi01100  Metabolic pathways
rbi01110  Biosynthesis of secondary metabolites
rbi01120  Microbial metabolism in diverse environments
rbi01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:rbi00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    RB2501_09360
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    RB2501_09360
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:rbi01002]
    RB2501_09360
Enzymes [BR:rbi01000]
 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)
     RB2501_09360
Peptidases and inhibitors [BR:rbi01002]
 Cysteine peptidases
  Family C44
   RB2501_09360
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG
Other DBs
NCBI-ProteinID: EAR17100
UniProt: A4CJJ2
Position
complement(1345010..1349512)
AA seq 1500 aa
MEKQGLYLPEFEHDNCGAGFICSLKGKKSNDIIHKALEILEKLEHRGAVSADGKTGDGAG
ILIDIPHEFFTEVCSFELPEPGTYAVGNVFLPQKENQRDYCTTLFGENLEAQGLRLLGWR
DVPVNRRVPGRIAAETEPFVKQVFVGKAAEDQDDFAFERKLFVARKKTEHAIIASKLSER
GFFYLPSLSTRIIIFKGLLMPMDIKLYYKDLMDPRVVTRLALVHQRFSTNTFPTWDLAQP
FRYMCHNGEINTLRGNVSRMHSRESLFQSDLFGEEIKEILPVILPGKSDSATMDMVVELL
LMTGRSLPEVMMMLVPEAWEKNPDMSEAKRAFYEFNSCLMEPWDGPASIPFTDGNYIGAV
LDRNGLRPSRYSVTRDGYVVMSSETGVLELEPENIAFHGRLEPGKMFLVNMEEGRIVNDE
EIKEAIAGKHPYAKWLKKNLVHLRDIPYNDCPLFLDEETLEKRKAAFGYTLEDINTIILP
MAKAAKEPIGSMGSDTPIAVLSERPQLIYNYFKQLFAQVTNPPLDGIREELICDISLTLG
TDHNLFDISPLQCRKLKIQNPVISKEDLDKIKNYDSSPDYKVVSIPILYEISKGLNGLEN
ALEAVLTKASRAIDQGANIIILSDRNVSKDMAPIPALLACSYVNSGLQRLGRRSKLSIIV
ESAEPREVHHFALLFGFGASAINPYLVNEIIAEQIEEHDIQDVSREEAIRNYNKAIGKGI
LKVMNKIGISTLNSYRGSQLFECIGLNTQMVEKYFPNTPTRIQGIGLYEMEKEIALRHHK
AFDRKELAANLDLEIGGEYRWRRDGEKHMFNPLSIAKLQKAVRLNEPSTYKEYAELVNEQ
TKSLMTIRGLFEFSNYDPIPIEEVEPWTEIVKRFKTGAMSYGSISKEAHENLAIAMNRIG
GKSNSGEGGEDAERFYRSQTGDWRNSAIKQVASGRFGVTSNYLTNAREIQIKMAQGAKPG
EGGQLPGPKVNPAIAKTRNSTPYVGLISPPPHHDIYSIEDLSQLIYDLKSANREARINVK
LVSEVGVGTVAAGVSKAKADVILISGHDGGTGASPLTSLKHAGLPWELGISEAQQTLVMN
DLRNRVVLECDGQLKTGRDVAVACLLGAEEFGFATAPLVASGCIMMRVCHLNTCPVGIAT
QNPELRKKFEGKPEHVVNYMYFVAEELREIMAKLGFRTVDEMVGQVQKLDRRKAIDHYKA
RGIDLSPILHQVPVPIGTKFYNTVKQDHNIEKSIEFEIIEKAHLALFRKEKTSLDFPIHN
TDRAVGAIISNEISKIYGAEGLPENTLRLNFTGSAGQSFGAFATRGLTMIVNGNTNDYLG
KGLSGARLIIKVPGGSTIRPEENIITGNVCLYGATSGEAYINGKAGERFCVRNSGARAVV
EGIGDHGCEYMTGGVAVILGEVGRNFGAGMSGGIAYVLDRNKTFERNCNKEALNLLKVEE
DQDIAELRGMIEDHYNATFSPLAQEVLEKWETYLPQFIKVFPEEYRQALIRLENEKLETI
NT seq 4503 nt   +upstreamnt  +downstreamnt
atggaaaaacaaggattgtacctccccgaatttgagcacgacaactgcggcgccggtttt
atttgcagcctgaagggcaaaaaatcgaatgacatcattcataaagccctggagatcctc
gagaagctggaacaccgcggggccgtaagcgccgatggcaaaaccggcgacggggcgggc
atcctgatcgatatcccccacgaattctttaccgaggtatgctcctttgagttgccggag
cctggcacctatgcggtgggtaatgtgttcctgccccaaaaggaaaaccaacgggattat
tgcaccaccctgttcggggaaaacctggaagcgcagggcctcaggctcctgggctggagg
gacgtcccggtaaaccgccgggtccccggccgcatcgctgcggaaaccgaaccattcgtc
aaacaggttttcgtggggaaggctgccgaagaccaggacgattttgcgtttgagcggaag
ctctttgtagcccgcaaaaaaacggagcacgccatcatcgcttccaaactgtccgaacgg
ggcttcttctacctgccgagcctctccacccggatcattatcttcaaggggctgctgatg
ccgatggatatcaagttatactacaaggacctgatggacccgcgggtggtgacccgcctg
gccctggtgcaccagcggttctcgacaaataccttccccacctgggatttggcccagcct
ttccggtatatgtgccacaacggggaaatcaatacgctccgcgggaacgtgtcgcgcatg
cactcccgggaaagcttattccagagcgacctgttcggggaggaaattaaggaaatcctt
cccgtcatcctgccgggcaaatcggattcggccaccatggacatggtggtggaactcctg
ctgatgaccgggcggtccctgccggaagtcatgatgatgctcgtgccggaagcctgggag
aaaaacccggacatgtccgaagccaaacgcgccttctacgaattcaattcctgcctgatg
gagccctgggacggaccggcctccatcccgtttacggacggaaactacatcggggcggtc
ctggaccggaacgggctccggccttcccgctactcggtgacccgcgacgggtatgtggtc
atgtcttcggaaacgggggtactggaactggagccggagaatatcgccttccacggccgg
ctcgaacccgggaagatgttcctggtaaacatggaagaaggccgaatcgtgaacgacgag
gagatcaaagaagccatcgccgggaaacacccgtatgccaaatggctcaaaaagaacctg
gtgcacctgcgggatattccctataacgactgtcccctcttcctggacgaagagacgctc
gagaagcggaaagctgcattcgggtacaccctggaagacatcaatacgattatcctgccc
atggccaaggccgccaaggaacccatcggctccatggggtcggataccccgattgccgtg
ctctccgaacgtccccagcttatctacaattactttaaacagctctttgcacaggtaacc
aacccgcccctggacggcatccgggaggaattgatctgcgacatcagcctgacgctgggg
acggaccacaacctgttcgacatctcgcccctgcagtgccggaagctgaaaattcagaac
ccggtcatctccaaggaagacctggacaaaataaagaactacgacagcagcccggattac
aaggtggtttccatcccgatcctctatgagatcagcaaaggcctgaacggcctggagaac
gccctggaagccgtgctaaccaaagcctcccgggccatagaccagggggcgaatatcatc
atcctctccgaccggaatgtcagcaaagacatggcgcccatccctgccctgctggcctgt
tcctatgtaaacagcggcttgcagcgcctgggtcggcggtcgaagctgagtatcatcgtg
gagtcggccgaaccccgggaggtgcaccattttgcattgctctttggcttcggggccagc
gcgatcaacccgtatctggtgaacgagatcatcgccgaacagatcgaggagcacgatatc
caggacgtcagccgggaggaggcgatccgcaactacaacaaagccatcggcaagggaatc
cttaaggtgatgaacaaaatcgggatctccacgttaaattcttaccggggctcccagctc
tttgaatgcatcgggctgaacacccagatggttgagaagtatttcccgaatacccccacc
cggatccagggcatcgggttgtatgagatggaaaaggagatagccctcaggcaccacaag
gcgtttgaccgcaaggaactggcagccaacctggacctcgagatcgggggcgaataccgc
tggaggcgggacggggaaaagcatatgttcaacccgttgtccatcgccaagctgcagaaa
gcggtccggctcaacgagccttcgacctataaggaatacgcggaactggttaacgagcag
accaagagcctgatgactatccgcggcctgttcgagttttcgaattacgacccgatcccg
attgaggaggtggaaccctggaccgaaattgtgaagcgcttcaagaccggggccatgtcc
tacgggtctatcagcaaggaggcccacgaaaacctggccattgccatgaaccggatcggg
ggaaaaagcaactcgggcgagggaggtgaagatgccgagcgcttctaccggagccagacc
ggggattggcgcaacagcgccatcaaacaggtggcatccggccggttcggggttacctcg
aattacctgaccaatgcccgggaaatccagatcaagatggcccagggcgccaaaccgggc
gaaggcggacagctccccggccccaaggtgaatcccgccatcgcgaaaacgcgaaattcc
accccctatgtcgggttgatttccccgcccccgcaccacgatatttactcaattgaggac
ctttcccagttgatttacgacctgaaatccgccaaccgggaagcgcgcatcaacgtgaag
ctcgtatcggaggtaggcgtgggcaccgtggcagctggagtatccaaagcaaaggccgac
gtaatcctgatctccggccacgacgggggtaccggggcctctcccctgacctccctgaag
cacgccggcctcccctgggaactcggtatttccgaggcccagcagaccctggtaatgaac
gacctgaggaaccgggtagtcctggaatgcgacggtcagctcaaaaccggccgggatgtt
gcggttgcctgcctgctcggggccgaggaattcggttttgccaccgcccccctggtagct
tccggctgcatcatgatgcgggtgtgccacctgaacacctgcccggtaggcatcgctacg
cagaacccggaattgcgcaaaaaatttgagggcaagccggagcacgtggtcaactatatg
tactttgtagccgaggaattgcgcgagatcatggccaaactcggtttccggaccgtcgac
gagatggtcggccaggtacagaagctggaccgccgcaaggccattgaccactacaaggcg
cggggtatcgacctgagcccgatcctgcaccaggtgcctgtaccgataggcacgaagttc
tacaatacggtaaagcaggaccacaatattgaaaagtccattgaattcgagatcatcgaa
aaggcccacctggcactcttccggaaggagaagacgtccctggacttcccgatccacaat
acggaccgggcggtaggcgccatcatcagcaatgaaatatccaagatttacggggcggaa
ggcctgccggaaaatacgctccgactgaattttaccggttcggccggccagagtttcggg
gcgtttgcaacccgcggcctgacgatgatagttaacggcaataccaacgactacctcggg
aaggggctctccggagcccggctgatcatcaaggtcccaggcggatccaccatccggccc
gaagagaatatcatcaccgggaatgtctgcctctacggcgccacgtcgggcgaggcgtat
atcaacgggaaagccggggagcgcttctgcgtgcggaattccggggcccgtgcggtcgta
gagggcatcggcgaccacgggtgcgaatacatgaccgggggcgtagcggtcatcctcggg
gaagtcggccggaatttcggggccggtatgagcgggggtatcgcctatgtgctggaccgg
aataagacctttgagcgaaattgcaacaaagaagccctgaacctgctcaaagtagaggaa
gaccaggacatcgcggaattgcggggaatgatagaagaccattacaacgccaccttcagc
ccgctggcccaggaagtcctcgaaaaatgggagacctacctgccccagttcattaaggta
ttccccgaggaataccgccaggcgctgatccgtctggaaaacgaaaagctagagacgata
taa

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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 (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (54)   

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