KEGG   Solitalea canadensis: Solca_1374
Entry
Solca_1374        CDS       T02084                                 
Name
(GenBank) glutamate synthase family protein
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
scn  Solitalea canadensis
Pathway
scn00250  Alanine, aspartate and glutamate metabolism
scn00910  Nitrogen metabolism
scn01100  Metabolic pathways
scn01110  Biosynthesis of secondary metabolites
scn01120  Microbial metabolism in diverse environments
scn01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:scn00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    Solca_1374
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    Solca_1374
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:scn01002]
    Solca_1374
Enzymes [BR:scn01000]
 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)
     Solca_1374
Peptidases and inhibitors [BR:scn01002]
 Cysteine peptidases
  Family C44
   Solca_1374
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG GATase_6 Imm58 Period_C
Other DBs
NCBI-ProteinID: AFD06460
UniProt: H8KTK2
Position
complement(1648950..1653506)
AA seq 1518 aa
MINHGLPEKQGLYDPAHEKDACGVGCIVQKNGERSHEIVYNGLQILKNLQHRGASGEDPY
AGDGAGILTQLPHAFFKKILAGADFAIPDEEEYAVGMTFLPRDEQDAAACKKIIEETVAE
EKEVFLGWRLVPCLNSCLSKNLLHLEPTIFQFFVQRNEADSDAFERKLYLIRRQIEKKII
DSSIEQKKFFYITSLSSRVIVYKGMFNAWQLEDYFPDFQDEAFESSLALVHQRYSTNTFP
TWSLAQPFRYVAHNGEINTLQGNVNWAKSREKNLESSLFGNDLDRLFPTIQKGNSDSASF
DNYLELLIQCGRDMDHAMMLMMPQAWENDDQLHPDLRGFYEYANSILEPWDGPAAMMFTN
GLQVGACLDRNGLRPVRFTETYDGYFIMASESGVLPIPEDKIKRKGNLGSGRMLLIDTTT
GDIFDDKAIKKRVSEKAPYKQWIDEHRIRLKDLPAPAHVNQPNHENLRLAQRVFGYTYEE
LHMLMKPMADEGQEATYSMGNDTPLAVLSERPKLLYNYFKQRFAQVTNPPIDSIREDLVM
SLRIEIGGANNILEDSPINCKMLEISQPVFTNDELEQLKQLKTAGFRSKVLNVCYPIYEQ
SLAQALEELCKKVENIVDQGYRLVILSDRCHSRQNAPIPTLLAVSAVHHYLIRTNKRGKI
GIVVESGEVREVHHLALLLAFGAGGVNPYLAFESLTDMEMSGQLEKGINESKAHKNYISA
LKKGLLKIMAKMGISTLVSYQGGQIFEAIGINQNVIDNYFEGTFSVIGGVGIEQLEQELK
TRHENAYKVEKHYFDKLSTGGEYHWRQQGEYHAYNPETVHLLQQAAWKNDPETYSKFSKL
VNDRTEELSFLRGLFDIDESELPPVSIDEVEPAKDIVKRFTTGAMSIGSISREAHETLAI
AMNNIGGKSNTGEGGEDEVRFKPDANGNLRRSAIKQVASGRFGVTSNYLVNADELQIKMA
QGAKPGEGGQLPGYKVDNYIAKLRHTIPGVSLISPPPHHDIYSIEDLSQLIFDLKNANRW
ADISVKLVSSTGVGTVAAGVAKALADSITIAGYDGGTGASPATSIKHAGMPWELGLAEAQ
QTLVLNKLRGQVRLQVDGQLKTGRDVVIGALLGAEEFGFATSVLIATGCIMMRKCHMNTC
PVGIATQDKYLRSKYHGKPEYVQNYLLFVAEEVRQIMAKLGYRKFEEMIGQVQRLKTHKA
VNHYKAQGLDFSPLFVKPASADNVYRNVKKQVHAIGEAIDNELIEEVRSALDGKESITIQ
KKIYNVYRTFGTMLGSEITLRHGSKGLPEDHVVLNLTGTAGQSFGAFIPSGLTLNLRGDA
NDYVGKGLSGGKIIVSPPQKSSLEPHKNVIVGNTCLYGATSGKAFFSGMAGQRFAVRNSG
AKAVVEGLGDHGCEYMTGGIVTVLGSTGKNFAAGMSGGIAYVFDQDKTFKKNCNLSMVAV
EKVTDEARQQELYDLIKEHYEYTGSPKAKVILNNWARRVEDFVMVIPFEYRKIQVQLDRT
KNQAAIFSQAAAVFTPQA
NT seq 4557 nt   +upstreamnt  +downstreamnt
atgatcaaccacggattaccagagaagcagggattatacgacccggctcatgagaaggat
gcttgcggagttggatgtattgtgcaaaagaacggagagcgttctcatgaaattgtatac
aacggtttacagattttaaaaaaccttcagcatcgcggagcttcaggtgaagatccatat
gcaggtgatggtgctggtattttaactcaattacctcacgctttctttaaaaagatttta
gcaggtgccgatttcgctattcctgatgaagaagagtatgctgtaggtatgacttttctt
cctcgcgatgagcaagatgccgccgcttgcaaaaaaattattgaggaaaccgttgctgaa
gaaaaagaagttttcttaggttggcgactggttccttgtttaaactcctgcttatctaaa
aatctgctgcatttagaaccgacaattttccagttttttgttcaacgtaacgaagcagac
tctgatgcttttgaacgtaagctttacctgatccgtcgtcagattgagaaaaagatcatc
gacagctctatagaacaaaagaaattcttttatataacaagtctttcttctcgtgttatt
gtttacaaaggtatgttcaatgcatggcagcttgaagattatttccccgatttccaagat
gaagcttttgaaagttcattggcattggtgcaccagcgctattcaaccaataccttccct
acatggagtttagctcagccgttccgctatgttgcgcataatggtgagattaatacactg
cagggaaatgttaactgggcgaaatcacgtgagaaaaatcttgaatcaagtttattcgga
aacgaccttgatcgattgttccctaccatacaaaaaggcaattcagactcggcatctttt
gataactatttggagttattaattcaatgtggtcgtgatatggatcatgccatgatgttg
atgatgcctcaagcctgggaaaatgatgaccaacttcatcctgacttaagaggtttttat
gaatatgccaattccatccttgaaccttgggatggaccggcagcgatgatgtttaccaat
ggtttacaagtaggtgcttgtttagacagaaacggtttacgtccggttcgttttactgaa
acgtatgatggttatttcatcatggcttcagaaagtggcgtattaccaattcctgaagat
aagatcaaacgcaaaggcaatttgggttcgggccgtatgttattgatcgatacgacaaca
ggtgatatctttgatgataaggcgatcaaaaaacgcgtttctgaaaaagctccgtataaa
caatggatcgatgagcatcgtattcgcttgaaagaccttcctgcacctgcacacgtaaac
cagcctaatcatgagaatttacgtttggcgcaacgtgtatttggttatacgtacgaagaa
ttacacatgctgatgaagccaatggccgatgagggtcaggaagctacttactccatgggt
aatgatactccgttagccgttctctctgaacgtccgaagttattgtataactactttaaa
caacgttttgcacaggttaccaaccctcctatcgattctattcgcgaggatttggtaatg
tcacttcgtattgaaattggtggcgctaacaacattctggaagacagcccgattaactgt
aaaatgcttgaaattagtcaaccggtatttaccaatgacgaattagagcaattaaaacag
ttaaaaactgcaggcttccgctctaaagttttaaatgtttgctacccaatctatgagcaa
tcattagcgcaagctcttgaggaactatgcaaaaaagtagaaaatattgttgaccaggga
tatcgtttagttatcctttccgacagatgtcattcacgtcagaatgctcctattccaact
ttgttggcagtttcagctgttcaccattaccttatccgtacgaacaaacgcggtaaaata
gggatcgttgttgaaagtggtgaggttcgtgaggtacatcatttagcgcttctgcttgca
tttggtgcaggtggagttaacccttacctggcttttgaatcattgaccgacatggaaatg
agcggccagttagaaaaaggtatcaacgaaagtaaagcccataaaaactatataagcgct
ctcaaaaaaggcttattaaagatcatggctaaaatgggtatctctacattagtgagttac
cagggcgggcagatctttgaagctatcggtattaatcaaaatgtaattgataattatttt
gagggcaccttctctgtaatcgggggtgtgggaatcgaacaattagagcaagaattaaaa
acccgtcacgaaaatgcatacaaagttgaaaagcactattttgacaagctctctacaggt
ggagagtatcactggcgccaacaaggcgaataccatgcttacaaccctgaaactgttcac
ttactgcaacaggctgcatggaaaaacgacccggaaacctattcaaagttttctaagctt
gtaaatgaccgtaccgaggaattaagtttcctacgtggcttatttgatattgacgaaagc
gaattacctccggtttcgatagatgaagttgagccggcaaaagatattgtaaagcgcttt
accaccggagcaatgtctattggttctatttcacgtgaggcgcacgaaacattggcgatc
gcgatgaataatattggtggaaaaagtaatacaggcgaaggtggtgaagatgaagtccgc
tttaagccagacgcaaacggaaacttgcgccgctcagctattaaacaagttgcttctggt
cgttttggggtaacttcaaattacctggtaaatgcagatgagttacagattaaaatggct
cagggtgcaaaaccaggcgaaggcggacaattaccaggttataaggtagataattatatt
gccaaacttcgtcatacaattcccggagtatcgttgatctctcctcctccgcaccacgat
atttattcaatcgaagatttatcacaattgatcttcgaccttaaaaatgctaatcgttgg
gccgacatcagtgttaagctggtttcatcaacaggtgtaggtaccgtagctgcgggtgtg
gcaaaagctttggctgattctattaccattgcgggttatgatggtggtacaggagcatct
ccggctacctctattaaacacgcaggtatgccttgggaacttggtttagcggaagcacaa
cagaccttagtgttaaacaaacttcgcggacaagtacgcttacaagttgatggacaatta
aaaactggtcgcgacgtggtaattggtgctttacttggtgctgaagaatttggtttcgct
acttcagtattaattgccacaggttgtattatgatgcgtaaatgtcacatgaatacatgt
ccggttggtattgcaactcaggataaatacttacgcagtaaatatcatggcaaacctgaa
tatgttcagaattacttattgtttgtagccgaagaagttcgtcagatcatggcaaaactc
ggataccgtaagtttgaagaaatgatcggacaggttcaacgcttaaaaactcataaagcc
gtaaatcattataaagcacaaggattagacttcagtccgttgtttgtaaaacctgcttcg
gcagataacgtttacagaaacgttaaaaaacaagtccatgcaattggcgaagctattgac
aatgaactgattgaagaagtaagatcagcattagacggcaaagaatctataacaattcag
aaaaagatctataatgtataccggactttcggaactatgctgggtagtgaaattaccctt
cgtcatggttcgaaaggtttaccggaagatcacgttgtgctgaatttaacaggaacagca
ggacaaagtttcggtgcctttattccaagtggattaacgctaaatcttagaggcgacgcg
aacgattacgttggtaaagggttgtcgggaggcaaaatcattgttagtcctcctcaaaaa
tcatcattagaacctcacaagaatgtaattgttggaaacacttgtttatacggtgctact
tcaggtaaggcattcttctcgggtatggccggccagcgttttgcggttcgtaactcagga
gctaaagctgttgttgaaggtttaggagaccacggttgtgaatacatgaccggaggaatt
gtaaccgtgctaggttctacaggtaaaaactttgcggcaggaatgagcggtggtatcgct
tatgtttttgatcaggataaaacctttaagaaaaattgtaacctaagtatggttgccgtt
gaaaaagttacggatgaagcccgtcaacaggagctttatgacctgatcaaagagcattac
gagtataccggaagccctaaagcaaaagttatactgaataactgggctcgtcgtgtggaa
gactttgtgatggttattccattcgaataccgcaaaatacaggtacaactagacaggaca
aagaaccaagcggcaattttcagtcaggcagctgcagtgtttacaccgcaagcataa

  All links  
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 (19)   
   KEGG ORTHOLOGY (1)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (7)   
   Pfam (7)   
All databases (48)   

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