KEGG   Dehalobacter sp. CF: DCF50_p1656
Entry
DCF50_p1656       CDS       T02279                                 
Name
(GenBank) Glutamate synthase [NADPH] large chain
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
dec  Dehalobacter sp. CF
Pathway
dec00250  Alanine, aspartate and glutamate metabolism
dec00910  Nitrogen metabolism
dec01100  Metabolic pathways
dec01110  Biosynthesis of secondary metabolites
dec01120  Microbial metabolism in diverse environments
dec01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:dec00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    DCF50_p1656
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    DCF50_p1656
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:dec01002]
    DCF50_p1656
Enzymes [BR:dec01000]
 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)
     DCF50_p1656
Peptidases and inhibitors [BR:dec01002]
 Cysteine peptidases
  Family C44
   DCF50_p1656
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG FumaraseC_C
Other DBs
NCBI-ProteinID: AFV05658
UniProt: K4LGF7
Position
complement(1684517..1689073)
AA seq 1518 aa
MKYNQLPKKQGLYDPAFEHDACGMGFVVNIKGEKSHDIVEEALTVLENLNHRGASGADEN
TGDGAGILVQIPHDFFKRECDVLGFNLPEKGKYGVGMIFAHKYEDFRVTQMDSFEKIVRE
EGQKILGWREVPIDKSTVGHSAKAVMPRFIQVFIGRSPDLTDDMDFERKLYVIRKRAEKL
IIPMCEDKGGSFYVASLSSKTIVYKGMLTAEQLRNFYLDLSDLDFVSALAMVHSRFSTNT
FPSWERAHPNRYIVHNGEINTIRGNVNWMKARQKCIDSPLFNDISKVYPIVDESGSDSAM
FDNSLEFIHLTGRSLPHAVMMMIPEPWEKNDLMSKEKKDFYEFNNFIMEPWDGPAAMGFT
DGTVIGGVLDRNGLRPSRYYVTKDDKVILASEVGVLDIKPENVKYKGRLEPGKMLLIDTE
AQRIISDEEIKKNVSLMHPYEEWNKKHIVYLSDLPADDELEAPMLEDIISQQKAFGYTHE
DINKMILPMATDGLDPVGSMGMDSPLAVLSDKPQMLYHYFKQLFAQVTNPPIDGIREEII
TSSTMLLGNAGNLLDPDRTHSSAVYLESPILTNNQLDTIMKLNNGKFKTARISILYKVTG
GLRAMERALDKISREADKAIADGANILVLSDRGVNKEFAAIPALLASSGLHHHLIRREIR
TSVGIVLETGEAREVHHFCALIGYGVTAINPYIAYETIRDLAAKGMTNGLSYREAKKNYI
KASIKGILKVLTKMGISTMRSYHGAQIFEAVGLKRDLIDRYFTQTPSRLEGIGLEEITME
NQMRHESAFDENALYTDTLEIGGFYQCKDSGEIHLYNPETIYLLQRACREGNYHLFKDYS
RKINDEEIYTLRQLLDFKISAGDTIPIEEVEPVESIVKRFKTGAMSYGSISKEAHECMAI
AMNRLGGKSNSGEGGEDPERFKKLPNGDSLISAIKQVASGRFGVTSSFLVNASEIQIKMA
QGAKPGEGGQLPGRKVFPAIAKVRHSTPGVELISPPPHHDIYSIEDLAELIHDLKNANRD
ARINVKLVSEVGVGTIAAGVAKGKADVILISGYDGGTGASPRTSIKNTGLPWELGLAETH
QTLVLNRLRDRVVLETDGKLLSGRDVVIAALLGAEEYGFATTPLISMGCVMMRVCNLNTC
PVGIATQNEELRKNFAGKPEHVENFMLFVAQEMREIMAKLGFRTINEMVGRTDRLKHKEN
IKNWKAAKVDLSQVLYQPYAGADVGRFKSQQQNHGLEESLDMRKLLRMCKPALEHKKSIR
AKLKINNVDRVVGTIVGSEITKRFGEEGLPEDTIKLTFVGSAGQSFGAFAPKGMSLELEG
DANDYIGKGLSGGKIMVYPPKTSDFEPAENILIGNVAFYGATSGEAYINGIAGERFCVRN
SGVNAVVEGVGDHGCEYMTGGKVVILGKTGRNFAAGMSGGVAYILDFEEIYCNKSLILME
KITSEKELKEIREMIRKHVAHTGSPLGRKVLDDWVNYAPRFTKIIPKDYKKMMENIDRAH
KAGLSGEEALTAAFEGKV
NT seq 4557 nt   +upstreamnt  +downstreamnt
atgaaatacaatcaattgccaaaaaaacagggtctttacgatccggcctttgagcatgat
gcctgcggtatgggatttgtcgtgaatatcaaaggtgaaaaatcacacgacattgtcgag
gaagctttaaccgttctggaaaacttaaaccacagaggcgccagtggtgcggatgagaat
acgggtgacggcgctggcattctggtgcaaataccccatgacttctttaaacgggaatgt
gatgttctcggctttaatttgccggaaaagggcaaatatggtgtaggaatgatttttgcg
cacaaatatgaagattttcgggttacccagatggactcttttgaaaagattgttcgtgag
gaaggacagaagattcttgggtggcgggaagtcccgatcgacaaatcgacggtcggccat
agtgcaaaagctgttatgccccggtttatacaggtttttatcggaagaagccctgatctg
accgatgatatggattttgaaagaaagctctatgtcattcggaaaagagcagaaaaactg
atcatcccaatgtgtgaagacaagggcggctccttctatgttgccagcctttccagcaaa
accattgtctataaaggtatgcttacagccgaacagctcagaaacttttatctggatctt
tccgatctcgattttgtttcagcactggccatggttcattccaggttcagcaccaatacc
tttccgagctgggagcgggcgcacccgaaccggtatattgtccataatggagaaatcaat
accatcagaggaaacgtgaactggatgaaggccaggcaaaaatgcattgattcaccgttg
tttaatgatatttccaaggtatatccgattgttgacgagtcaggcagtgattcggccatg
tttgacaacagtcttgagtttatccatcttaccggcagatcgcttcctcatgctgtcatg
atgatgattcctgagccatgggaaaagaatgatctgatgtccaaagaaaaaaaggacttt
tatgagtttaataattttatcatggagccctgggacggaccagctgccatgggctttacg
gacggaacagttatcggtggcgtactggacaggaacggactcagaccatcacgttattat
gtcaccaaagatgataaagtcatcctcgcctccgaggtgggggttctcgacatcaaacct
gaaaatgtcaagtataaaggccgtttggaaccgggtaaaatgctcctgatcgatacggaa
gcacaaaggatcatttctgatgaggaaatcaaaaagaatgtttccctgatgcatccgtat
gaagagtggaataagaagcatattgtctatttaagtgatctccctgctgacgacgaattg
gaagcaccaatgctggaagatattatctcccagcagaaagcatttggctatacccatgag
gatatcaataaaatgattctgccgatggcgactgatggccttgaccctgttggatcgatg
ggcatggattcaccgctggcagtactttcagacaaacctcaaatgctgtaccattatttc
aagcagctttttgcccaggtgacgaatcccccgattgatggcatccgtgaggagatcatt
acctccagcacaatgctcctggggaatgcgggaaaccttctggatcctgaccggacgcat
agttccgcagtatatctggagtcaccgatcctcaccaataatcagttggataccattatg
aaattaaataacgggaagttcaagacagccaggatttccattctttacaaggtaactggc
ggccttagagcaatggaaagagctctagacaaaatatcccgggaagcagataaagcaatc
gctgatggcgcaaatattcttgttctttcggataggggcgttaataaagaatttgctgct
atccccgctcttctggcatcttcagggctgcatcaccatttgatacgccgtgaaatccgg
acgagtgtgggtattgttctggagaccggagaagccagggaggtacaccatttctgtgcc
ttgatcgggtacggtgttaccgcgatcaacccctatattgcttacgaaacgatcagagac
ctagcggccaaaggaatgacgaatggcctaagttatcgggaggccaaaaagaactatatt
aaagcctcgatcaaaggcatcttaaaggtgcttacgaaaatgggtatttcgacgatgcgc
agctaccatggtgcccagatatttgaagctgtcggactgaaaagagatctgattgaccgc
tactttactcagacgccatcccgcttggaaggaatcggtctggaagagattacgatggaa
aatcaaatgcggcatgaaagcgcttttgatgagaatgcactctacacagatacactggaa
atcggcggtttctaccaatgtaaagatagtggggagattcatctctataatccggaaaca
atttacttgctccagcgcgcctgccgggaaggcaattaccatcttttcaaagattactcc
agaaaaattaatgacgaggagatctatacactcaggcagctgctggatttcaaaataagc
gccggagatacgattccaatcgaagaagtcgaaccggtcgagtctatcgtcaaaagattt
aagaccggggcaatgtcctatggctcgatcagcaaggaagctcacgaatgtatggcgatt
gccatgaaccgtttgggcggcaaaagtaacagcggtgaaggcggcgaggatcctgaaaga
ttcaaaaagttgcctaatggcgacagtctgatcagtgccatcaagcaggttgcttcaggt
cgcttcggtgttaccagcagcttcctggtaaatgcctcagaaatacagatcaaaatggca
caaggagccaagcctggagaaggcgggcagcttccaggccggaaggtttttccggcgatt
gccaaagtcagacactcgacaccaggtgtcgaactaatttcacccccgccgcaccatgat
atctattcaatcgaagatttggcggaactgatccatgaccttaaaaatgccaaccgtgat
gctcggatcaatgttaagcttgtttctgaagtgggtgtcggtacgattgcagccggtgtg
gccaagggcaaggccgacgttattctgatcagcggctatgatggcggcacaggtgcttca
ccgcgaacaagtattaaaaatacaggattgccgtgggaattgggacttgccgaaacccat
cagacccttgtgcttaatcgcttaagagacagagtcgtcctggaaacagacggtaagctt
ctgtcaggcagagatgttgtcatcgctgcacttttaggcgctgaggaatatggatttgcc
accaccccactcatttccatgggctgtgtgatgatgcgcgtctgcaatctgaacacatgc
cctgtaggtattgcaacccagaatgaagagctccgtaagaattttgccggcaagcctgag
catgttgagaattttatgttgtttgttgcacaggaaatgcgggagattatggcgaaactc
ggcttcaggaccattaatgaaatggttggacgtacagacaggctcaaacacaaagaaaat
attaagaattggaaagcagctaaggttgatctttctcaggttctgtatcagccctatgcc
ggtgcagatgtcggcagatttaagtcacagcagcaaaaccatggactggaagaatccctg
gatatgcgcaagcttttaagaatgtgcaaaccggccctggaacacaaaaaatcaatccgg
gccaaactgaagatcaacaatgtggatcgtgtggttggaaccattgtcggcagtgaaata
accaagcgtttcggggaagaggggcttccggaggataccattaagctgacttttgttggt
tctgctggtcaaagctttggtgcgttcgcacccaagggcatgtccttggaacttgagggt
gatgctaatgactatattggcaaaggcctttcgggtggtaaaattatggtctatccgcca
aaaacttcggattttgaaccagcggaaaatatcctaatcggcaatgtcgccttctacggc
gcaacttcgggtgaagcctatatcaacggaatcgccggtgaaagattctgtgtccgaaac
agcggcgtcaatgcggttgttgaaggtgtcggcgaccatggctgtgaatatatgaccgga
ggaaaagttgtgatcctgggtaagacaggacggaactttgctgcgggcatgtccggtggt
gttgcctatatccttgattttgaggaaatatactgcaacaagtccctgatccttatggaa
aaaatcacttcggaaaaggaactgaaagaaatcagggaaatgatccgtaaacatgtagcg
cacacgggaagccccctaggccggaaagtactggatgattgggtgaattacgcgccaaga
tttacgaagatcatacccaaagattataaaaagatgatggaaaatatcgatagagctcat
aaggctggcttaagcggtgaagaagccctgacggctgcctttgaagggaaggtctga

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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 (5)   
   Pfam (5)   
All databases (30)   

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