KEGG   Allocoleopsis franciscana: Mic7113_1425
Entry
Mic7113_1425      CDS       T02374                                 
Name
(GenBank) glutamate synthase family protein
  KO
K00284  glutamate synthase (ferredoxin) [EC:1.4.7.1]
Organism
mic  Allocoleopsis franciscana
Pathway
mic00630  Glyoxylate and dicarboxylate metabolism
mic00910  Nitrogen metabolism
mic01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:mic00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    Mic7113_1425
  09102 Energy metabolism
   00910 Nitrogen metabolism
    Mic7113_1425
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:mic01002]
    Mic7113_1425
Enzymes [BR:mic01000]
 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)
     Mic7113_1425
Peptidases and inhibitors [BR:mic01002]
 Cysteine peptidases
  Family C44
   Mic7113_1425
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG
Other DBs
NCBI-ProteinID: AFZ17304
UniProt: K9WC17
Position
complement(1636152..1640750)
AA seq 1532 aa
MNSNKLPPKQGLYDPQFEHDACGVGFIVHMKGKKSHEIVEQALTILLNLDHRGACGCETN
TGDGAGILMQVPHKFLKKVAAAQSITLPEAGQYGVGMIYSSPDPAEREQSRRIFEKIVAE
EGQQVLGWRDVPTDNSSLGNTAKSSEPFMEQVFIQRNPELPDDMAFERKLYVIRKRSHTA
IRATHIDPYWYPSSLSCRTIVYKGMLMPVQVGLYYPDLQDPDMESALGLVHSRFSTNTFP
SWERSHPYRYIAHNGEINTLRGNINWMHARQSLFESELFGEDMKKIQPVINMDGSDSLIF
DNAMELLVLAGRSLPHAMMMMIPEPWTAHESMSDEKKAFYEYHSCLMEPWDGPASIAFTD
GTMMGAVLDRNGLRPSRYYVTKDDLVIMASEAGVLPIEPERVALKGRLQPGRMFLVDMEE
GRIVADEEIKHKIATEHPYREWINQHMVELAQVKDAPVADTVADTGTPPLLQRQMAFGYT
FEELRLLLTPMARDGVEAVGAMGADTPLAVLSDRPKLLYEYFQQLFAQVTNPPIDSIREE
IITSAETTIGSERNLLKPEPESCHLIELKTPILSNEELAKLKHINEGQFKSVTLPILFDP
KQGVKGLETAMEEICAQANRAIEAGVNLIILSDRGVNPDNAPIPALMAVSGLHHHLIREG
TRTRVGLVLESGEPREVHHYATLIGYGCGAINPYLAFETIADMIHEGLLVNIDHKTACKN
YVKAATKGVVKVASKIGISTIQSYRGAQIFEAIGLNQSVIDKYFSWTASRIQGADLEVIA
QEAILRHSQAFPDRPANGHTLDVGGEYQWRKGGEAHLFSPETIHTLQKAVRVGSYDLYKQ
YAGLVNEQNQRHFTLRGLLEFKPREPVPIEEVEPVEAIVKRFKTGAMSYGSISKETHEAL
AIAMNRLGGKSNTGEGGEDPDRYTWTNEQGDSKNSAIKQVASGRFGVTSLYLSQAKELQI
KMAQGAKPGEGGQLPGKKVYPWIAKVRHSTPGVGLISPPPHHDIYSIEDLAELIHDLKNA
NREARVSVKLVSEVGVGTIAAGVSKAHADVVLISGYDGGTGASPQTSIKHAGLPWELGLA
ETHQTLVLNNLRSRIVVETDGQMKTGRDVVIAALLGAEEFGFATAPLVTLGCIMMRVCHL
NTCPVGVATQDPQLRQNFTGDPEHTVNFMKFIAQEARELMAELGFRTINEMVGRTDILEP
KKAVEHWKAKNLDLSKILYQPEVGPEVGRYCQIPQDHGLDKSLDITTLLDLCQPAIEKGE
KVKATLPIKNVNRVVGTILGNEITKRHWEGLPEDTVHLHFQGSAGQSFGAFVPKGVTLEL
EGDANDYLGKGLSGGKIILYPPVASTFVAEENIIAGNVAFYGATGGEAYIRGMAGERFCV
RNSGVNTVVEAVGDHGCEYMTGGKVVVLGATGRNFAAGMSGGVAYILDEAGDFATRCNQQ
MVGLETLEDAEEIDDLYQMIQRHADYTGSEKASKVLASWKDMVPKFVKVMPKDYKRVLQA
IEKAIAAGLSGDDALTAAFEENARDVARIGGS
NT seq 4599 nt   +upstreamnt  +downstreamnt
atgaacagcaacaaactgccaccaaaacagggcctatacgatccacagtttgaacacgac
gcctgtggtgtcgggttcatcgtgcacatgaaggggaagaagtcgcacgagatcgtagag
caggcactgacgatcctcttaaacctcgaccaccggggtgcgtgtggttgtgaaacgaat
acgggtgacggagcaggcattttgatgcaagtgccgcacaagttcctgaaaaaggtggca
gcggcccaaagcatcacactgccagaagcgggtcagtatggcgtgggtatgatttactcc
tcgcccgatccggctgagcgagagcagagtcggcggatttttgaaaaaattgtagctgag
gaaggtcagcaggttctgggctggcgcgacgtacccacggataactcgtccctgggtaat
accgcgaaatccagcgaaccgttcatggagcaggtattcatccagcgcaaccctgaactg
cctgatgatatggcattcgagcggaagctctacgtcatccgcaagcggtctcacaccgcc
atccgcgccacccacattgacccctattggtatccctccagcctgtcgtgtcgcaccatt
gtttacaaaggcatgttgatgccggtacaggtgggattgtattaccccgacctgcaagac
ccggatatggaaagtgccttgggactggtacactcccggttcagcaccaacaccttccca
agctgggagcgaagtcacccctatcgttacatcgcccataacggcgaaatcaacacgcta
cgcggcaacatcaactggatgcacgcgaggcagtcgctgttcgagtcggagttattcggc
gaggacatgaagaagattcagccggtgatcaacatggacgggagtgactcgctgatcttc
gacaatgccatggaattgctcgtactggcggggcgatcgcttccccatgcgatgatgatg
atgattcccgaaccgtggacagcccacgagtcgatgagcgatgagaaaaaggcgttctac
gaataccactcctgtctgatggaaccctgggacggccctgcctcgatcgcattcaccgat
ggcaccatgatgggtgcggtactggatcgcaacggtttgcgcccctcgcgttactacgtc
accaaagatgacctggtgatcatggcctccgaagccggtgtattgcccattgaacccgaa
cgggtagccctgaaaggtcgcctgcaacccggacggatgttcctggtggacatggaagag
ggtcggatcgtcgccgatgaagagattaaacataaaattgccaccgaacacccttatcgc
gagtggatcaaccaacacatggtcgaactcgcgcaggtgaaagatgcacccgtagcggac
accgtagccgacaccggaaccccacccctactccagcgccagatggcctttggttatacc
tttgaggagctacgcctgctgctgacgccaatggctcgtgatggggttgaagccgtcggt
gccatgggtgcagatacccccctggctgttttgtctgaccgtcccaaactgctttacgag
tatttccagcaactatttgcccaggttacaaatccacctatcgattccatccgagaagag
attatcacctcggcggagacaaccattggttcggaacgcaacttgctcaagcctgaaccg
gagagttgccatctgatcgagctgaaaacaccgatcctgagtaacgaagaactggcgaag
ctcaagcacatcaacgagggtcagtttaaatccgttaccctgccgattctattcgacccg
aaacagggtgtgaagggactggaaacggcgatggaagagatttgcgcccaggcgaaccgt
gccattgaagcaggcgtgaatctgatcatcctcagcgatcgcggtgtgaaccccgataac
gccccgattccagccttgatggcagtttccgggctgcatcaccacctgatccgcgaaggc
acacgcaccagagtcggacttgtcctcgaatccggtgaaccccgtgaggtgcatcattat
gcaaccctgattggctacggctgcggtgcgatcaatccctatctcgccttcgagacgatc
gcggacatgatccacgaaggcttgctggtcaacattgaccacaaaacagcctgtaaaaac
tacgtcaaagctgcgacgaaaggtgtggtgaaggtcgcctccaagattggcatctccacg
attcagagttatcggggtgcccagattttcgaggcgattggactcaaccaatcagtgatt
gacaaatactttagttggacagcatcacggattcagggggcagacctcgaagtcattgcc
caagaagcgattttacggcactctcaggctttccctgaccgtccagccaatggtcacact
ctggatgtcggtggtgaatatcagtggcgtaaaggtggagaggcgcacctatttagtccg
gagactatccacacgctgcaaaaggcagtacgggtcggtagttacgacctttacaagcaa
tatgcagggctggtgaatgagcagaaccaaaggcacttcacgctgcgcggactgttggaa
ttcaagccgcgcgaacccgtgcccattgaggaagtggaacccgttgaggcgatcgtcaag
cgctttaaaacgggtgcgatgagctatggttccatctcaaaggaaacacacgaagcctta
gcgatcgccatgaaccgcctcggtggcaaatccaacaccggtgaagggggtgaagaccca
gaccgttatacttggacgaatgagcagggcgactcgaagaacagcgcgatcaaacaggtg
gcatccggtcgctttggtgtgaccagcctctatttgtcccaagccaaagaactccagatt
aagatggcgcagggggcaaaaccgggtgaaggcggacaacttcctggcaaaaaggtgtat
ccatggattgctaaggtgcgccactccacccccggcgtgggactgatttcgccaccgccg
caccacgacatctactccatcgaagacctggctgagttgattcacgacttgaagaacgcc
aaccgcgaggcacgggtgagtgtcaagttggtgtccgaagtgggcgttggcactattgct
gctggtgtttccaaagcccatgctgatgttgtcctgatttccggttacgacggcgggaca
ggcgcatcaccccagacttcgatcaagcacgccggattgccttgggaactgggactagcg
gaaacccaccagactttggttctgaacaacttgcgatcgcggattgtggtcgaaaccgat
ggtcagatgaagacaggacgggacgtggtcattgccgcactgctgggtgctgaggagttt
gggtttgccaccgcccctctagtcaccctcggctgcatcatgatgcgcgtgtgccacctc
aacacttgcccagttggcgtcgccacacaagacccgcaactgcgtcagaacttcactggc
gatccggaacacacggtgaacttcatgaagttcatcgcgcaggaagcccgcgaactcatg
gcagaactcggtttccgcacgatcaatgaaatggtcggtcgcaccgatatccttgagcca
aagaaggctgtggagcattggaaggcaaagaacctcgacctctcgaagattctttatcag
ccggaagtcgggccagaggtgggtcgctattgtcaaatcccccaagaccacggacttgac
aaatccctcgatataaccactctgctcgatttgtgccaaccggcgatcgagaagggtgaa
aaagtgaaagccacgttaccgattaagaacgtgaaccgtgtggttggcaccatcctcggt
aacgaaatcaccaagcgccactgggagggactgccagaagatacggtacatctacatttc
cagggcagcgcaggccaaagttttggcgcattcgtaccgaaaggtgtgaccctcgaactg
gaaggggatgccaatgactacctgggtaagggtctcagtggcggtaaaatcattctctat
ccgcccgtggcttccacgtttgttgccgaggaaaacatcattgcgggtaatgttgccttc
tacggggcaaccggtggcgaagcctacatccgagggatggccggtgagcgtttctgcgtc
cgtaactccggtgtgaacacggtggttgaagccgttggtgaccatggttgtgaatacatg
acgggcggtaaagttgttgtgctaggggcaaccggtcgcaactttgcagcaggcatgagt
ggtggcgttgcctatatcctcgatgaggcaggcgactttgccacgcgctgcaaccagcaa
atggttggactagaaaccctggaagatgcggaagagatcgacgacttgtaccagatgatc
cagcgccatgccgactacaccgggagcgagaaagcatccaaagtgcttgcctcttggaaa
gacatggtgccgaagttcgtcaaggtgatgccgaaggattacaagcgtgtgttgcaggcg
attgagaaggcgatcgccgccggcttgagtggtgatgatgcgctgacggcagcgtttgaa
gaaaacgcccgcgatgttgctcgtattggtgggagttag

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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 (82)   
   KEGG ORTHOLOGY (1)   
   RefGene (79)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (105)   

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