KEGG   Desulfosporosinus meridiei: Desmer_0878
Entry
Desmer_0878       CDS       T02207                                 
Name
(GenBank) glutamate synthase family protein
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
dmi  Desulfosporosinus meridiei
Pathway
dmi00250  Alanine, aspartate and glutamate metabolism
dmi00910  Nitrogen metabolism
dmi01100  Metabolic pathways
dmi01110  Biosynthesis of secondary metabolites
dmi01120  Microbial metabolism in diverse environments
dmi01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:dmi00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    Desmer_0878
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    Desmer_0878
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:dmi01002]
    Desmer_0878
Enzymes [BR:dmi01000]
 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)
     Desmer_0878
Peptidases and inhibitors [BR:dmi01002]
 Cysteine peptidases
  Family C44
   Desmer_0878
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG
Other DBs
NCBI-ProteinID: AFQ42907
UniProt: J7IM94
Position
915450..920024
AA seq 1524 aa
MQSYGLPMKQGLYDPALEHDACGMGFVVNIKGEKSHGIIDEALTVLENLSHRGASGADEN
TGDGAGILIQIPHDFFQRECEVLGFKMPEKGSYGVGMIFAHKYDDFRKTQMETFERIVQE
EGQKILGWREVPIDKSTIGEGAKAVMPRFIQVFIEKDPSITDEMDFERKLYIIRKRAEQV
IVPMCEDKGGTFYVASLSCKTIVYKGMLTAEQLRNFYLDLSDLDFVSALAMVHSRFSTNT
FPSWERAHPNRYIVHNGEINTIRGNVNWMKARQKCIASPLFDDLSKVYPIVDESGSDSAM
FDNSLEFLHLTGRSLPHSVMMMIPEPWEKNEQMSKEKKDFYQFHDFLMEPWDGPAAMGFT
DGVVIGGVLDRNGLRPSRYYVTKDDKVVLASEVGVIDIKPENVKYKGRLEPGKMLLIDTQ
AQRIISDEELKQSVSIMHPYEEWNNRHIVKLSDLPVEKAKEEKVSEDLIQQQKAFGYTFE
DITMTIQPMATQGVDPIGAMGMDSPLAVLSEKPQMLYLYFKQLFAQVTNPPIDGIREEIV
TSSSMLLGDTGNLLDPDQRNSASLSLDYPILTNEQLETIKQLNNGRLKAATLSILYKASE
GVSSMEKALDRVFAEADKAISAGANIIILSDRGVNEELAAIPALLASSGLHHHLIRREIR
TNLGIVLESGEPREVHHFCTLIGYGVTAINPYLAYETIQDLAEKDVLNGLSYAEAKKNYI
KAGVKGVLKVLTKMGISTMRSYHGAQIFEAVGLKKELIDKYFTFTPSRLEGIGLEEIAQE
NQMRHESAFDENSLYTDSLEVGGHFQCKDDGEIHLYNPETIYMLQRACREGNYHLYREYS
KKVNDDELYTLRNILDFKVNPDDIIPIEEVESVDSIVKRFKTGAMSYGSISKEAHECLAI
AMNRLGGKSNSGEGGEDCERFKVMANGDTKNSAIKQVASGRFGVTSNYLVNAQEIQIKMA
QGAKPGEGGQLPGRKIYPSIAKVRHSTPGVDLISPPPHHDIYSIEDLAELIYDLKNANRD
ARINVKLVSEVGVGTIAAGVAKGKADVILISGYDGGTGASPRTSIKNSGLPWELGLAETH
QTLVLNKLRDRVVVETDGKLLSGRDVVIAAMLGAEEYGFATTPLIALGCVMMRVCNLNTC
PVGIATQDETLRKNFTGKPEHVENFMKFIAQEMRELMAKLGFKTINEMVGRSDKLKAKEN
VKHWKAKHLDLSQILYQPYAGADISRFNTQPQNHMLEQTMDIKKLLRICKPALENQTPIR
AKLKINNVDRVVGTVIGSEISKRYAEAGLPEDTIKLTFVGSAGQSFGAFTPKGLSLELEG
DSNDYLGKGLSGAKISVYPPKTSNFEPEKNILIGNVAFYGATSGEAYINGIAGERFCVRN
SGVKAVVEGVGDHGCEYMTGGKVVILGKTGRNFAAGMSGGTAYLLDFDEAYCNKSLVLLE
KIESEEEMNEIREMIQKHVENTGSPLGKKVLESWKSYSLRFTKVIPKDYKRMLENIDKAH
KAGLEGEEALLVAFKENFKDVSRT
NT seq 4575 nt   +upstreamnt  +downstreamnt
atgcaaagttatggtttgccaatgaaacaagggctttacgatccagcattagaacatgat
gcatgtggaatgggattcgttgtgaatatcaagggcgaaaagtctcatggcattatagat
gaggccttaactgtattggaaaacttaagccacagaggggcaagcggggcggatgaaaac
accggtgatggagccggaatactaattcaaatacctcacgatttcttccaaagagaatgt
gaagttttgggctttaaaatgccggaaaaaggcagctacggcgtagggatgatttttgca
cataagtatgatgatttcagaaaaacacagatggagacctttgaaagaatcgttcaggaa
gaaggccagaagatcctcggctggagagaagttcccatcgataaatcaaccatcggcgaa
ggtgcaaaagcggtaatgcccagatttattcaggtttttatcgaaaaagatcctagcatt
actgatgagatggactttgaaagaaagctgtatattatcagaaaaagggccgaacaagtc
atcgtccccatgtgtgaagataaggggggaacattctatgttgccagcctttcctgcaaa
acaattgtctataagggcatgctcacagctgagcaactaagaaacttttatcttgatctt
tccgatcttgatttcgtatcggctttagcaatggttcattcaaggttcagcacaaacacc
ttcccaagctgggagagggctcatcccaacagatatattgttcataatggtgagattaat
accattcgaggcaatgtaaactggatgaaagctagacaaaagtgtatcgcttccccacta
tttgacgatctctcaaaagtctatcctattgtggacgagtcaggcagtgactccgccatg
ttcgacaacagtttagaatttcttcacctaactggcaggtcgctgccgcactccgtaatg
atgatgattcctgaaccctgggaaaagaatgagcaaatgtctaaagaaaagaaggacttt
tatcaattccatgactttctaatggagccttgggatggtcctgctgccatgggatttact
gacggtgtggtcatcggtggagtattagacagaaatggactcagaccttctcggtattac
gttacaaaagatgacaaagttgtcttggcctcagaggtcggggtaattgatataaaacct
gaaaatgtaaaatataagggcaggctggaacctggcaaaatgctgcttattgatactcaa
gcgcaaagaatcatctcagatgaagagttaaagcaaagtgtatcgataatgcatccttat
gaagaatggaacaaccgccatatcgtcaaactcagcgatctgcctgttgagaaagcaaag
gaagagaaggtgagcgaagacctaattcagcaacagaaggcttttggttatacctttgag
gatattactatgactattcagcctatggcgacccaaggggttgatcctattggcgcgatg
ggtatggattcaccattagctgtattatccgagaaaccccagatgttgtatctgtacttt
aaacagctctttgctcaagttactaatcctcctattgacggaataagagaagaaatagtt
acatcaagcagcatgttgctgggtgatacgggaaaccttcttgatcctgatcaaagaaac
tcagccagtctgtcccttgattaccccatactaactaatgaacaactcgaaaccattaag
cagctaaacaatggcaggctcaaagctgccaccctttccatactttataaggcctcggaa
ggggtaagctctatggaaaaggctttagatagagttttcgcagaagccgacaaggctatc
agtgcaggtgcaaatattattattctctcagaccggggcgtcaatgaagaacttgcagca
attcctgcgcttctggcatcctcaggacttcatcaccatcttattagacgagaaattaga
accaatttaggaatcgtcttagaatctggggagccgagagaagtccaccatttctgtact
ttaattggttatggggtcactgcaatcaacccgtatttggcctatgaaacaattcaagac
ctggctgaaaaagacgtattaaacgggcttagttatgcagaggctaaaaagaattatata
aaagctggggtaaaaggggttcttaaggtactcacaaaaatggggatttccacgatgaga
agttatcatggtgcccaaatctttgaggcggtagggcttaaaaaggagcttattgataag
tacttcacttttaccccctccagactagagggtataggacttgaagaaattgcccaagaa
aatcaaatgcggcacgaaagcgcattcgatgagaattcactctacactgattctcttgaa
gtaggcggacacttccaatgtaaggatgatggggaaatccatctctataatcctgaaact
atctatatgctgcaaagggcatgtagggaaggaaactaccacctctatagagagtattct
aaaaaggttaatgatgacgaactctacaccttaagaaatatcctggattttaaggttaat
cccgatgacatcattcccattgaggaagtagagtcggttgattcgattgtcaagcgattt
aagaccggagctatgtcctatggatctatcagcaaggaggcccatgagtgtctggctatt
gccatgaacaggcttggtggtaaaagtaactccggtgaaggcggagaagactgcgaacgc
tttaaagtaatggccaacggagatacaaaaaacagtgcgattaagcaagttgcttccggg
cgatttggcgttaccagcaactacttggtaaatgcccaggagattcaaattaagatggcc
cagggtgccaagccaggtgagggtggccagctcccgggacgaaagatttacccaagcata
gctaaggtaaggcattcaaccccaggtgtagaccttatttcacctccgccccatcatgat
atttattccattgaagatttggcagagctaatatatgatctaaaaaacgccaacagggat
gcacggattaacgttaaactggtttccgaagttggagtaggaaccatcgctgcaggagta
gcaaaaggaaaagcagacgtcattcttatcagtggatatgatggaggaactggagcctca
ccaagaacaagtatcaagaactcaggacttccatgggaactgggacttgccgagactcat
cagaccttggttctaaacaagttgagagacagagtagttgtggaaactgatggcaaattg
ctttcaggccgagacgtagttattgcggccatgcttggggctgaagagtacggatttgca
acaacaccgctgattgctctgggatgtgtgatgatgagagtttgtaatcttaacacatgc
ccagtaggaatagccactcaagatgagactctgaggaaaaacttcacagggaagccagag
catgttgaaaactttatgaaatttattgcgcaggaaatgcgtgagcttatggctaagctg
ggctttaaaaccatcaatgagatggttggacgctcggataaactaaaagcaaaagagaat
gtaaagcactggaaggctaaacacttagacctatcccagattctttatcaaccatatgcc
ggcgcagatatcagtcgattcaatacccagccccagaaccatatgctggaacaaaccatg
gatatcaaaaaacttctgagaatttgtaaacctgcactcgaaaatcaaacaccaattcgg
gccaaactcaagatcaataatgtggaccgagttgtcggcacagtcatcggaagcgaaatt
tctaagagatacgcggaagcaggacttcctgaagatacaattaagcttacctttgtgggg
tcagccggacaaagctttggagcatttactccgaaagggttgtccctcgaactggaagga
gattctaacgactatttaggaaaaggtctttcaggggcaaaaatttcagtttatcctccg
aaaacctccaactttgaacctgagaagaatatcctaatcggaaatgttgctttctacggg
gcaacttcaggggaagcttatatcaatgggatagcaggagaaagattctgtgtaagaaac
agtggggtaaaagcagttgtcgaaggcgtaggcgatcatggctgtgaatatatgacgggg
ggcaaagtggttattctgggcaaaacaggaaggaactttgcagccggaatgtctggtgga
acagcctacctgcttgactttgacgaagcatattgcaacaaatcactggttttgctggag
aaaattgagtctgaagaagaaatgaatgaaattcgggaaatgatccaaaagcatgtcgag
aataccggcagtcctctgggcaagaaggttctggagagctggaaaagctattcactaaga
ttcactaaggtcattccaaaggattacaaacgtatgcttgaaaacattgataaagctcat
aaggccggcttagaaggtgaagaggccttactggttgcctttaaagagaattttaaagat
gtttccaggacttaa

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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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