KEGG   Crinalium epipsammum: Cri9333_3015
Entry
Cri9333_3015      CDS       T02373                                 
Name
(GenBank) Glutamate synthase (ferredoxin)
  KO
K00284  glutamate synthase (ferredoxin) [EC:1.4.7.1]
Organism
cep  Crinalium epipsammum
Pathway
cep00630  Glyoxylate and dicarboxylate metabolism
cep00910  Nitrogen metabolism
cep01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:cep00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    Cri9333_3015
  09102 Energy metabolism
   00910 Nitrogen metabolism
    Cri9333_3015
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:cep01002]
    Cri9333_3015
Enzymes [BR:cep01000]
 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)
     Cri9333_3015
Peptidases and inhibitors [BR:cep01002]
 Cysteine peptidases
  Family C44
   Cri9333_3015
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG MinC_C FMN_dh
Other DBs
NCBI-ProteinID: AFZ13854
UniProt: K9W227
Position
complement(3387140..3391789)
AA seq 1549 aa
MNNGSLNNNTQQNLLNQSEAPYGGQRWLVEERDACGVGFIASCAGVATHKLIEQALSALS
CMEHRGGCSADQDSGDGAGLMTAIPWELLSQWFEQKNLSMPATDKIGVGMVFSPPDASLQ
STTRRIVEEVLASENLQLLGWREVPVKPEILGVQALENQPKIEQLLVVSPDKTGDELERH
LYAVRCRISKALEAEKNLNFKRSDDFYICSFSNRTIIYKGMVRSVVLGDFYTDLKNPAYQ
SAFGIYHRRFSTNTLPKWPLAQPMRLLGHNGEINTLLGNINWMMAREADLDHPSWDGRLN
QLKPILNPDNSDSATLDNVFELLVRSGRSPLESIMIMVPEAYKNQPDLVNHPEIVDFYEY
YSGIQEAWDGPALLVFSDGKKVGASLDRNGLRPARYCITKDGYVVVGSEAGVVDLPESEI
LEKGRLGPGQMIAVDLESHEVLKNWEIKQRVANGNPYGAWLQEYRQNLENQLFPDAKQLD
TVSLLRQQSAFGYTSEDVDMIIQEMAVQGKEPTFCMGDDIPLAVLSEKPHILYDYFKQRF
AQVTNPPIDPLREKLVMSLSMELGERGNLLEAKPEYARLLKLETPVLNDGELAKIQELGF
ETAYLSTLFEIAQGPKGLEAAVSRLCQEAVEAVNAGKKVLILSDRVDAINAELSYIPPLL
AVGAVHHHLIKQGLRCKASLVVDTAQCWSTHHFACLIGYGASAVCPYLALESVRHWWSDS
KTQAMMERGKIPALTVENAQANYRKAVEEGLLKILSKMGISLLSSYQAAQIFEAIGIGGD
LLALGFQGTASRLGGLSLEDLATEVISVHQRAFPEINIKKLENLGFVQYRPGGEYHMNSP
ELAKALHKAVAKSEYDHYEVYKQHLAGRPVTALRDLLDFKSDRSAVPLEEVESVADIVKR
FCTGGMSLGALSREAHEVLAIAMNRIGGRSNSGEGGEDPVRFKVLDDVDENGNSATLPHL
KGLRNGDTASSAIKQVASGRFGVTPEYLMSAKQIEIKMAQGAKPGEGGQLPGKKVSPYIA
MLRRSKPGVTLISPPPHHDIYSIEDLAQLIYDLHQINPKAQVSVKLVAEVGIGTIAAGVA
KANADIIQVSGHDGGTGASPLSSIKHAGSPWELGLTEVHRVLMENNLRDRVILRVDGGLK
SGWDVLIGALMGAEEFGFGSIAMIAEGCIMARICHTNNCPVGIASQREDLRKRFSGIPEN
VVNFFYFVAEEVRSLLAHLGYRSLNEIVGRADLLTVREDKQLAKTQSLNLDCITKLPDTR
GDRSWLNHETVHSNGAVLDDQILNDPQIQAAIREHGSVAKTVAIVNTDRSVGARVAGAIA
SVHGNSGFEGQIILNFTGSAGQSFGAFNLPGMTLNLEGEANDYVGKGMHGGEIIIKPPAD
ATYQASDQVIVGNTCLYGATGGTLFANGKAGERFAVRNSKGQAVIEGAGDHCCEYMTGGV
IVVLGHVGRNVGAGMTGGLAYFLDEDDSFAAKVNPEIVKIQRVTAPVGEQQLKELIATHA
EHSGSEKAKMILDNWAEYLPKFWQVVPPSEADSPEANADVADELVAVKA
NT seq 4650 nt   +upstreamnt  +downstreamnt
atgaataacgggagtctgaacaataatacacaacagaatctattaaatcagagcgaagca
ccttatggtggtcaacgatggctggtggaggagagggatgcttgcggcgttggctttatt
gcttcttgtgcgggtgtggctacgcataagctgattgaacaggctttgtcggctttgtcg
tgtatggaacaccgaggcggttgtagtgctgaccaagattctggggatggcgcggggttg
atgacggctattccttgggaattgttgagtcaatggtttgagcagaaaaatttgagtatg
cctgcaaccgataaaatcggggtaggaatggtgttttcacctccagatgcttctcttcaa
agtactactcggcgcattgttgaggaagttttggcttctgaaaatttacagttgcttggt
tggcgagaagtaccagtaaagccagaaattttgggtgtccaagcgctagaaaatcagccg
aaaattgaacagctattggtggtttcccctgataaaacaggtgatgaactagagcgacat
ttgtatgcggtgcgttgtcgcattagcaaagcgttagaggcggaaaaaaatctcaatttt
aagcggtctgacgatttctatatttgctcgttttctaatcgcactattatttataagggc
atggtgcgttctgtagtgctgggagatttttatacagatttaaaaaatcccgcttatcag
agtgcatttgggatatatcaccgtcgttttagtacaaatacgctgccgaagtggccctta
gctcaaccgatgcgtttgttgggacataacggtgagattaatacactgttgggcaatatt
aactggatgatggcacgggaggctgatttagatcatccttcttgggatggtcggttaaat
caattgaagccaattttgaatcctgataatagtgattcagcgacgctagataatgtattt
gagttactggtgcgttctggacgtagcccactggaatcaatcatgattatggttccagaa
gcttataagaatcagccggatttagtaaatcatcccgaaattgtggatttttatgaatac
tatagcggtattcaagaggcttgggatggtcccgctttactggtgtttagtgatgggaag
aaggtaggggcgagtcttgaccgtaatggtttgcgacctgcgcgttattgcattactaaa
gatggttatgtggtagtaggttcggaagctggtgtggtggatttgccggaatctgagatt
ttggaaaagggcaggttgggaccagggcaaatgattgctgtggacttggaaagccatgaa
gttttgaagaattgggaaattaagcagcgtgtagctaacggaaatccttatggcgcttgg
ctgcaagagtatcgccaaaatctagaaaatcaactttttcctgatgctaaacagttggat
acggtaagtttactgcgccaacaaagtgcttttggctatacgtctgaagatgtggatatg
attattcaggaaatggcggttcaaggtaaggaaccaactttctgtatgggtgatgatatt
cctttggcggtgttgtcggaaaagccccatattttatatgactacttcaaacagcgtttt
gctcaggtgactaatccaccgattgacccgttgcgggaaaagttggtgatgtctttgagt
atggagttgggtgaacgtggtaatttgctggaagcaaagcctgagtacgcgcggttgctg
aagttggaaacgcctgttctgaatgatggggagttagccaagattcaggagttgggtttt
gagacggcgtatttgtctacgttgtttgaaatagcacaaggtccgaaggggttagaagca
gcagtaagtcgtttgtgtcaggaagcggttgaggcggtaaatgctgggaagaaagttttg
attctgagcgatcgcgtagatgctataaatgctgaattaagctatattccgccattactc
gcagtgggtgctgttcaccaccacttgattaagcaaggattacgctgcaaggcttcttta
gttgtggatactgctcaatgctggagtactcaccattttgcttgtttaattggctatggt
gcgtctgcggtttgtccatatttagcactggaaagtgtgcgccattggtggtctgattct
aagactcaggcgatgatggaacggggtaagattcctgctttgacggtagaaaatgctcag
gctaattaccgcaaagctgtagaggaaggtttgttaaaaatcctctcaaagatgggaatt
tctctattatcttcttaccaagcggcgcaaatttttgaggcgattggtattggtggagat
ttgttagctttgggctttcaaggtacggcttcgcgcttgggtggcttaagtttagaggat
ttagctactgaggtgatttcagttcatcaacgtgctttccctgaaatcaatattaagaag
ttggaaaacttgggctttgtgcagtaccgtcctggtggcgagtatcacatgaatagccct
gaactggcgaaagcattgcataaggcggtggcgaagtctgaatatgaccactatgaggtt
tataagcaacatttggcaggtcgtccagttacagcgctgcgagatttgttggattttaag
agcgatcgctctgctgtaccacttgaggaagtagaatcggttgcggatattgtgaagcga
ttctgtactggtgggatgtctttaggtgcgctatcacgggaggcgcatgaggtattagcg
atcgcgatgaaccgaattggtggtagatctaattctggggaaggtggggaagatccagtt
cgctttaaggtgttggatgatgttgatgagaatggtaattctgcaactttacctcacttg
aaagggctgcgaaatggcgatactgcttctagtgcaattaagcaagtagcatcaggtcgt
tttggtgtcacgccagaatacttgatgagtgctaaacaaattgagattaaaatggctcaa
ggcgcgaagccaggagaaggcggtcagttacctgggaagaaggttagcccctatattgcg
atgctacgccgttctaagccaggggtgacattaatttcacctccaccgcaccacgatatt
tattcgattgaagatttagcgcaactgatttatgacttgcaccaaattaacccgaaggcg
caggtgtcggtgaagttggtggcggaagttggcattggtacaattgctgcgggtgttgct
aaggctaatgcggatattatccaagtttccggtcacgatggcgggactggcgcatctccc
ttaagttcgattaaacacgcaggttcaccctgggaattagggttaactgaggtgcatcga
gtattgatggaaaataacttgcgcgatcgcgttatcctacgggttgatggtggtcttaag
agtggctgggatgtccttataggcgctttaatgggtgctgaggagttcgggttcggttcg
atcgcgatgattgctgaaggctgtattatggcgcggatttgccatacgaataattgccct
gtaggtatagcttctcaacgggaagatttgcggaagcggtttagtggtattccagaaaac
gttgttaatttcttctattttgttgcggaagaagtgcggagtttgttagcgcatctggga
tatcgttcattaaatgaaattgttggtcgtgctgacttattaacggtacgtgaagacaag
caactggctaagactcaatctttaaatttggattgtattactaagttaccagatacacgg
ggcgatcgctcttggttgaaccatgaaactgtacacagcaatggtgcggttttggatgac
caaatattaaacgatccacaaattcaagctgcaatccgcgaacatggtagtgttgctaag
acagttgcgatcgtgaatacggatcgcagtgtgggtgcgagagtggctggtgcgatcgca
tctgtgcatggtaatagtggctttgaagggcaaattatcctcaatttcacaggaagtgct
ggtcaaagttttggcgcatttaatttacctggaatgacccttaacttagagggtgaagct
aatgattatgtaggtaaggggatgcacggtggcgagattattattaaaccacccgcagac
gctacttatcaggcatcagatcaggtaattgttggcaatacttgcttgtatggggctact
ggcggcacgttgtttgctaatggtaaagcaggtgagcgatttgctgtgcgtaactctaaa
ggtcaagccgtaattgaaggtgctggcgaccattgctgtgagtatatgacaggtggtgtg
attgttgttcttggtcatgttggtcgcaacgttggcgctggaatgacaggcggtttggct
tacttcttagatgaagatgatagttttgccgcgaaagttaacccagaaattgtcaagatt
caacgagtaacagcaccagttggtgaacaacaattaaaagaattaattgctactcatgca
gaacattcgggtagtgagaaagctaagatgattttggataattgggcggaatatttgccg
aagttctggcaggttgtaccaccttctgaggctgattcgccggaagctaatgctgatgtt
gctgatgagttggttgctgtgaaagcgtag

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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 (60)   
   KEGG ORTHOLOGY (1)   
   RefGene (57)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (85)   

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