KEGG   Clostridium kluyveri DSM 555: CKL_1620
Entry
CKL_1620          CDS       T00564                                 
Symbol
gltB
Name
(GenBank) GltB
  KO
K00284  glutamate synthase (ferredoxin) [EC:1.4.7.1]
Organism
ckl  Clostridium kluyveri DSM 555
Pathway
ckl00630  Glyoxylate and dicarboxylate metabolism
ckl00910  Nitrogen metabolism
ckl01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:ckl00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    CKL_1620 (gltB)
  09102 Energy metabolism
   00910 Nitrogen metabolism
    CKL_1620 (gltB)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:ckl01002]
    CKL_1620 (gltB)
Enzymes [BR:ckl01000]
 1. Oxidoreductases
  1.4  Acting on the CH-NH2 group of donors
   1.4.7  With an iron-sulfur protein as acceptor
    1.4.7.1  glutamate synthase (ferredoxin)
     CKL_1620 (gltB)
Peptidases and inhibitors [BR:ckl01002]
 Cysteine peptidases
  Family C44
   CKL_1620 (gltB)
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG DUF6685
Other DBs
NCBI-ProteinID: EDK33662
UniProt: A5N8N1
Position
complement(1697560..1702089)
AA seq 1509 aa
MNYGLGFPSKQGLYDPRYEKDSCGVGFIASIKGEKTHDIVKKGIQILVNLTHRGAVGSDT
KTGDGAGILVQIPDEFFRISCDNLGMELPKSGEYAVGMVFFPKETALRLQCEGILERVTE
EEGQKVLGWRDVPTDNRSIGETAKGTEPIIRQIFIGKNLKDQNAFERKLYVIRKRVENEV
GKLLGDTVKSFYICSLSSRTIVYKGLLLAEQIKRFYIDLNDINFKSAIALVHQRYSTNTF
PTWDLAQPFRYLGHNGEINTIRGNRNWMKAREGVLKSDTFGKDIQKLFPIVDSQSSDSAS
LDNALELLYQDGRSLPHALMLLIPEAWLGNHHMEQYKKDFYEYHGSLIEAWDGPAAVSFS
DGIQVGATLDRNGLRPARYIVTKSGLVVMASEVGVLEFKESDIAEKGKLKPGEMFVVDTE
KGKIIKDKELKEKICKMKPYGEILKKLRFTLDMFSSVKEKEQITPDVLKEKQQAFGYTIE
DLKRIIEPMSKDGKEPVGSMGNDAPFAVLSNKSQLLFSYFKQLFAQVTNPPIDPMRERLV
MSLFNYIGSTQANVLNTEISIDPFIEIYSPTLTDEEISKIKSLRDKNFKTTTVPITFKYD
MGIEGFKEALKKICERASKRIKEGYNILVLSDKNVDSYEAAIPSLLAVSAVQHHLIREKS
RTKVSIIVETGEARETMHFALLVGCGASAVNPYLVYQTIDQMIKDGDMKDITPEEAKKNY
IKAVNKGILKVLSKMGISPLQSYHGAQIFEAIGLDSEFIDKYFEGMPSRIGGVGIDVIAQ
EVLTRHNNAFNKIRKPVSQLDVGGNYSWRKGGEFHLFNPDTIYKLQVASRTNNYGLYKEY
ADIINNQDEHLCTIRGLFKLKKGKELPIEEVEPTSEILKRFCTGAMSFGSISKEAHETIA
IAMNRIGGRSNTGEGGEDPERYILEPNGDSKRSAIKQVASARFGVTTEYLVNADELQIKM
AQGAKPGEGGQLPGRKVDKYIAKTRHSTPGIDLISPPPHHDIYSIEDLAQLIYDLKNVNP
QANVSVKLVSEVGVGTIAAGVAKAHADLILISGHDGGTGASPISSIKHAGIPWELGLSET
QQVLLLNDLRSRVRIQTDGQLKTGRDVIIAALLGAEEFGFATTALVVMGCTMLRKCHKNT
CDMGIATQDPELRKNFKGKPEYIINFLTFIAQEVREYMAKLGFRTVNEMVGRVDMVETKD
AIDHWKAKGLDLSSILYKPYMPKRIKSYCVIPQDHGLSEALDYKLIQMSKKAIADKSKVD
INMEIKNVNRSVGIMLSGTIAKKYGSVGLPEDTITINFKGSAGQSFGAFGVRGLTLTLEG
DANDYVGKGLSGGKVIIKTPEEATFVEENNIIAGNTILYGATSGKLFLNGSVGERFAVRN
SGALAVVEGVGDHGCEYMTGGVVVIIGKMGRNFAAGMSGGIAYVLDEDNSFNDKCNMEMV
EIQENLDSDDMEMIDSLLKEHYKYTDSAKAEKILNQWNTYKTKFKKVIPTAYKLILEQQK
SEAAAASNM
NT seq 4530 nt   +upstreamnt  +downstreamnt
atgaattatggtttgggatttccttcaaaacaagggctttatgatcctagatatgagaag
gattcttgtggagtgggttttatagccagtataaaaggtgaaaaaacccatgatattgta
aaaaaaggtattcaaattttagttaatttaactcacagaggggcagtaggttctgatact
aaaactggagatggggcaggcatacttgttcaaattccagatgagttttttagaataagc
tgtgacaatttggggatggaattgccaaagtctggagagtatgctgttggaatggtgttt
tttcctaaagaaaccgctttaagactgcagtgtgaaggaatacttgaaagagtgacagaa
gaagaaggacaaaaggtattaggatggagagacgttccaactgacaacagaagtatagga
gaaacagcaaaaggcacagagcctattataagacagatatttatagggaaaaatttaaaa
gatcaaaatgcatttgaaagaaaattatatgtaattagaaaaagagtggaaaatgaagta
ggaaaacttcttggcgatacagtaaaatccttttatatatgcagcctttcaagtagaact
atagtttataaaggattattgctggcagaacaaataaaaaggttctatattgatttaaat
gatataaattttaagagtgctattgcactggtacatcaaaggtatagtaccaatactttc
cctacctgggatttggcacaaccttttagatatcttggccataatggagagataaatact
ataagaggaaataggaactggatgaaggcgcgtgaaggtgtacttaaatctgatactttt
gggaaggatatacagaagcttttcccaatagtggattcccagagtagtgattctgcttct
cttgataatgcactggaattgttatatcaagatggaaggtctcttccacatgcacttatg
ctgcttataccggaagcatggcttggaaaccatcatatggaacagtacaaaaaagatttt
tatgaatatcatggttcattaatagaggcgtgggacggacccgctgcggtctctttttcg
gatggcatacaagtaggtgctaccctagatagaaatggcttgaggcctgcaagatatata
gtgacaaaaagtggactggtagtaatggcatcggaagttggagtacttgaatttaaagaa
agtgatatagctgaaaaaggaaaattaaaaccaggagaaatgtttgtagtagatactgaa
aaaggaaaaatcattaaggataaggaattgaaagaaaaaatatgtaaaatgaagccttat
ggggaaatattgaaaaagctaaggtttacccttgacatgttcagttctgttaaggaaaaa
gagcaaataactccagatgtattaaaggaaaaacaacaagcttttggatatactattgaa
gatttaaagaggataatagagcctatgtcaaaggatggtaaagaaccagtgggttctatg
ggaaatgatgcaccttttgcagtgctttcaaataaaagtcagttattattttcttatttt
aagcaactttttgcccaggtgactaatcctcctatagaccccatgagggagagacttgta
atgtcactttttaattatataggttctactcaggcaaatgtattaaatactgaaatttca
attgatccttttatagaaatatacagtcctacattaacagatgaggaaatatcaaaaata
aagagtttaagagataaaaatttcaagactacaacagtacctattacttttaaatatgat
atggggatagagggatttaaagaagctcttaaaaagatttgtgagagggcgtcaaagaga
ataaaggaaggctacaatatactagtgctcagcgataagaatgtagattcctatgaagcg
gctataccaagccttctggcagtgtcagctgtacaacatcaccttatcagggaaaagagc
cgtacaaaggtttcaattatagtagaaacaggagaagcaagagaaaccatgcattttgca
ctacttgtaggctgtggtgcttcagcagttaacccttatcttgtatatcagactatagat
caaatgataaaagatggtgatatgaaagatattacaccggaggaggcaaagaaaaattac
attaaagctgtaaataaaggtatacttaaagttttatcaaaaatgggtatatctcctctc
caaagttatcatggggcacagatatttgaggctataggattggattcagagtttatagat
aaatattttgaaggaatgccttctagaatagggggagttggcattgacgtaatagctcag
gaagtacttacaagacataacaatgcatttaataaaataagaaaacctgtttcgcagctg
gatgtagggggtaattattcctggagaaaaggaggagaatttcacctctttaaccctgat
accatatataagcttcaagttgcatctagaaccaataactatggactttataaggaatat
gcagatataataaataatcaagatgagcatttatgtacaataagaggactatttaaactt
aaaaaaggaaaagaacttccaatagaagaagttgaaccaacgagtgaaatacttaaaaga
ttttgtactggagctatgtcttttggttctataagtaaggaagctcatgaaaccatagct
atagctatgaatagaatagggggaagaagtaatacaggagaagggggagaagatcctgaa
aggtatatacttgaacctaatggtgattccaaaagaagtgctataaaacaagtggcttca
gcacgttttggagtaactactgaatacttagttaatgcagatgaacttcaaattaaaatg
gctcaaggggcaaaaccaggtgaaggtggacagcttccagggagaaaagtagataaatat
attgcaaagacaagacactcaacgccgggaatagatcttatttcaccacctcctcatcat
gatatttattctatagaggatttggcacagcttatatatgatttaaaaaatgtaaacccc
caagcaaatgtcagtgttaaattggtttcagaggtaggggtaggaacaattgccgcagga
gtggcaaaggctcatgcagatttgatattaataagtggacatgatggcggtacaggagca
tcaccaatttcatctattaaacatgcgggaataccttgggaacttgggttatcagaaacc
cagcaagtacttttattaaatgatttaagaagcagggtgaggattcaaactgatggacag
ttaaagacagggagagatgtaattattgcagccctgcttggagcagaagagtttggattt
gcaactacagctcttgtagtaatgggatgtactatgcttagaaaatgtcataaaaatacc
tgtgacatgggtatagctacgcaggatccggaacttagaaagaattttaaaggtaaacct
gaatatataataaatttccttacttttattgcacaggaagtaagagaatatatggctaaa
cttggttttagaacagtaaatgaaatggttggaagggtagatatggtagaaacaaaggat
gctattgatcattggaaagccaagggattggatttatcttcaattttgtataaaccatat
atgccaaagagaattaaatcttattgtgtaatacctcaggatcatgggcttagtgaagca
ctagactataaacttatccaaatgtcaaagaaagcaatagcagataaatctaaagttgat
attaacatggagataaaaaatgtaaatcgttcagtaggcataatgttaagtggtacaatt
gctaaaaagtatggaagtgttggactacctgaagataccattacaataaattttaagggc
tctgcaggacaaagctttggcgcttttggagtacgtggacttactttgacattggaaggt
gatgctaacgattatgtgggcaaaggactatcaggaggtaaagtgattattaaaactcca
gaagaagcaacttttgtagaagaaaataatattatagcgggaaatactattctatatgga
gctacatctggaaagctgttcttaaatggaagtgtaggagaaagatttgctgtaagaaat
agtggggctttggcagtagtggaaggtgttggagatcacggctgtgaatatatgactgga
ggagtagtagttattataggtaaaatgggcagaaattttgcagctggtatgagtggcggc
atagcctatgtactagatgaagataattctttcaatgataaatgcaacatggaaatggta
gaaattcaggagaatttagatagcgacgatatggaaatgatagatagtctgttgaaggaa
cattataaatatacagatagtgcaaaggctgaaaagattcttaatcaatggaatacttat
aaaaccaaatttaagaaggtaatacctactgcatataaacttatacttgaacaacaaaaa
tcagaagcagctgctgcttctaatatgtag

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
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 (27)   

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