KEGG   Mollisia scopiformis: LY89DRAFT_691010
Entry
LY89DRAFT_691010  CDS       T04865                                 
Name
(RefSeq) glutamate synthase
  KO
K00264  glutamate synthase (NADH) [EC:1.4.1.14]
Organism
psco  Mollisia scopiformis
Pathway
psco00250  Alanine, aspartate and glutamate metabolism
psco00910  Nitrogen metabolism
psco01100  Metabolic pathways
psco01110  Biosynthesis of secondary metabolites
psco01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:psco00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    LY89DRAFT_691010
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    LY89DRAFT_691010
Enzymes [BR:psco01000]
 1. Oxidoreductases
  1.4  Acting on the CH-NH2 group of donors
   1.4.1  With NAD+ or NADP+ as acceptor
    1.4.1.14  glutamate synthase (NADH)
     LY89DRAFT_691010
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG Pyr_redox_2 Fer4_20 NAD_binding_8 Pyr_redox DAO Amino_oxidase Pyr_redox_3 HI0933_like FAD_binding_2 FAD_oxidored NAD_Gly3P_dh_N FAD_binding_3 Thi4 Lycopene_cycl NAD_binding_2 Mut7-C 2-Hacid_dh_C Tsp36_N FMN_dh GIDA
Other DBs
NCBI-GeneID: 28825937
NCBI-ProteinID: XP_018062935
JGI: 691010
UniProt: A0A132B844
Position
Unknown
AA seq 2048 aa
MTHRGAVGSDARDGDGAGVMTSIPHKFFIKNFERETDIKLPPQGQYAVGNLFFKPDEETL
QESKKQLEEISESLGLRVLGWREPPKDSTLLGPAAASREPIILQPFVVLSSAYGYGNSPE
TTDPDLFDEKYFERQLYVLRKRATHTIGLHNWFYLCSLSNKNIVYKGQLAPVQVYQYYYD
LVNADYEAHFALVHSRFSTNTFPSWDRAQPLRWAAHNGEINTLRGNKNWMRAREGVMQSD
IFGEELEMLYPIVEDGGSDSAAFDNVLELLTVNGVLSLPEAVMLMVPEAWQDNAAMDPAK
AAFYEWAACQMEPWDGPALFTFADGRYCGANLDRNGLRPCRYYVMDDDRIICASEVGTIH
VDPERVVLKGRLQPGKMLLVDTLAGRIIDDSELKNTVSTRHDFRSWLHKELITLPKVFED
ITNQGSIDLAPKPDGSPIQEDALLRAFGYSFEQVSLLLAPMASDEKEALGSMGNDAPLAC
LAQAPRLLYEYFRQLFAQVTNPPIDPIREAIVMSLDCYVGPQGNLLEMDSSQCGRLLLPT
PVLSIPEFNALKNISKLHSQWTVKVIDLTFPKSEGTQGYIRHLDEICEQVTAAIENKDRI
IILSDRATSAERVPVSALLASGMVHHHLVNNKWRSLAALVVETAEAREVHHMCVLLGYGA
DAINPYLAMECIIKLNREGLIRKKLSDDALIRNYKYSADGGILKVMSKMGISTLASYKGA
QIFEALGVDDTVVDRCFKGTATRIKGITFELIAEDAFRFHEKGFPSRYTVSVPGLVESGE
YHWRDGGEPHINDPTSIANIQDAVRTKNDKSYEAYSLAEYEQIKACTLRGLLDFKFDEST
PVPIDQVEPWTEIVRRFCTGAMSYGSISMESHSTLAVAMNRLGGKSNTGEGGEDPERSER
MENGDTMRSAIKQVASGRFGVTSNYLADSDELQIKMAQGAKPGEGGELPGHKVSKSIART
RHSTPGVGLISPPPHHDIYSIEDLKQLIYDLKCSNPRARVSVKLVSETGVGIVASGVAKA
KADHILISGHDGGTGASRWTGIKYAGLPWELGLAETHQTLVLNDLRGRVVVQTDGQLRTG
RDVAIACLLGAEEWGFATTPLIAMGCIMMRKCHLNTCPVGIATQDPELRKKFQGTPEHVI
NFFYYIANELRAIMAKLGFRTINEMVGHAELLRVREDLRTNKTQNIDLSLILTPAHKLRP
GVATFNVRKQDHRLYVRLDNKLISEAELTLDKGLPSRIECDIVNTDRAMGTSLSYQISKR
YGEDGLPMDTVHVNIKGSAGQSFGAFLAPGVTLELEGDANDYVGKGLSGGRLIVYPPRAA
VFKAEENILIGNVCLYGATSGTCFFRGVAAERFAVRNSGATAVVEGVGDHGCEYMTGGRV
LILGSTGRNFAAGMSGGIAYILDIHQDFMSKLNPEMVEASGIDDPAEIAYVRGLIEDHHH
YTGSELAARILLDFNRALPRFVKVLPVDYKRVLEEEAAKAAELKRAEFQLPLLPGNPVRE
LAESQKKEKKKPDLQDIEETIGDAAAEKKRSLVLDKTKGFMKYQRRSEKYRSAKTRTRDW
AELSKRLDEDELKYQAARCMDCGVPFCQSDSGCPISNIIPKWNELVFQNQWRDALNRLLM
TNNFPEFTGRVCPAPCEGACVLGINEDPVGIKSIECAIIDRGFDMGWMIPQPPKIRSGKT
VAVIGSGPAGLACADQLNKAGHTVTVYERADRVGGLLMYGIPNMKLDKKIVKRRTDFMAA
EGITFKTGVAIGQDITLTDLKAENDAVVIATGATVARDLPIKNRNLEGIHFAMQFLHKNT
KSLLDSELADGEYISAKGKNVVVIGGGDTGNDCIGTSVRHGAKSVTNFELLPQPPNERAR
DNPWPQWPRIYRVDYGHTEVKQHMGHDPREFCVMSEDFVDDGTGKVKGINTIRVEWTKSA
TGGWDMKKIDGSQQFFPAELVLLSMGFLGPEDRVLGSEIEKDARKNVKTPPGKYHTNVEG
VFAAGDCRRGQSLIVWGINEGRQSAREVDMYLEGTTRLPVAGGIVKRSAHEILGNLQHRA
PIQIAAAN
NT seq 6147 nt   +upstreamnt  +downstreamnt
atgacccatcgaggtgcagtgggttccgatgcgcgagacggagacggggctggtgtgatg
acatcgatcccccacaaatttttcattaagaatttcgaacgcgagacggatatcaagctt
ccccctcagggccaatatgctgtgggcaatcttttcttcaagccagatgaagagactttg
caagaatcgaaaaaacaattggaagagatctcagagtcactggggttgagggtattggga
tggcgagagcctcctaaagattccactcttcttggtcccgctgctgcttctcgtgagcct
attattttgcagccattcgttgtgctatcatctgcatatggttatggcaattcgccagag
accacagaccctgatctttttgatgagaaatacttcgaaagacaactctacgtgctccga
aagcgtgcgacccataccattggccttcacaattggttttacttatgctccctttcgaac
aagaacattgtgtacaaaggacagcttgctcctgtgcaggtgtaccagtactattatgat
ctagtcaacgctgactacgaagcccattttgctctcgtgcatagtcgtttctcgactaac
acatttccttcctgggatcgtgctcaaccactgcgatgggctgctcacaatggtgaaatc
aacaccctgcgcggcaacaagaactggatgcgtgcccgtgaaggtgtcatgcagtcagat
atttttggcgaggaactcgagatgctttacccgatcgtcgaagatggcggttcggattct
gcagcttttgacaacgtcttagaacttttgactgtcaatggtgttctgtccttgccggag
gctgtcatgttgatggtaccagaagcatggcaagacaatgccgctatggacccagccaag
gccgctttctacgaatgggctgcttgccaaatggagccatgggatgggcctgccctcttc
acctttgctgatggaagatactgcggtgccaacttggaccgaaatggtctccgtccctgc
agatactatgtgatggatgatgacaggatcatctgcgcttccgaagtaggaaccattcac
gtggaccccgagagggtcgtcctcaagggtcgtctgcaacccggcaagatgcttctcgtt
gatactcttgctggtcgcatcatcgacgacagtgaactgaagaacactgtctccactcgc
catgacttccgatcgtggcttcacaaggaattgattaccttgccaaaggtgttcgaagat
atcaccaaccaaggctcgatcgaccttgccccaaagcctgatggttctcctatccaggaa
gatgccctgcttagagcttttggctactccttcgagcaagtcagtttgctgctcgcacct
atggcttccgatgaaaaggaagctcttggatccatgggtaatgatgcgccattggcatgt
ctagcacaggctcctcggctgctctacgagtatttccgacaattgttcgcacaagtcacc
aaccctcctatcgatcctattcgagaggctattgtcatgtcgttggactgctatgttggt
cctcaaggtaacttgcttgagatggactcgtctcaatgcggtcgattgctgcttccaacc
cccgtcctctccattcccgaattcaacgccttgaagaatatcagcaagcttcattcacag
tggaccgtcaaggtcattgacttgaccttccctaagtctgagggcacccaaggttatatc
cgccacctcgacgagatctgcgaacaggtcactgctgccatcgagaataaggatcgcatt
atcatcctttctgatcgtgcaacctctgccgaacgtgtgcctgtttctgcgctcctcgcc
tctggtatggttcatcaccacttggtcaacaacaagtggcgatcactcgctgctttggtc
gttgagactgctgaagctcgtgaagtgcaccacatgtgtgttcttcttggctatggtgcc
gatgctatcaacccatacctcgctatggaatgcatcatcaagctcaacagagagggtttg
atcagaaagaagctcagcgacgatgctcttatccgcaactacaaatactccgcagatgga
ggtatcttgaaggtcatgagcaagatgggtatctcgaccttggctagttacaagggtgcc
cagattttcgaggctcttggtgttgacgacactgtcgtcgaccgatgctttaagggaact
gctaccaggattaaaggtatcacattcgagctcattgccgaggatgctttccggttccat
gagaagggcttcccatctcgctacactgtcagcgtcccaggtcttgtcgagtctggtgag
taccattggcgtgatggcggcgagcctcacatcaacgatcctacctctatcgccaacatt
caagatgccgttcgcaccaagaatgacaagtcttacgaggcatactcactcgccgagtac
gagcagatcaaggcatgcactcttcgtggtctccttgatttcaaatttgacgagagcact
cctgttcccatcgaccaagtcgaaccatggaccgagatcgttcgtagattctgcacggga
gctatgtcctacggatcaatctctatggagtctcactcgacacttgctgttgctatgaat
cgtcttggtggcaaatccaacactggtgaaggtggtgaagatccagagcgatccgagaga
atggagaacggcgacactatgcgttctgccatcaagcaagtcgcttccggtcgtttcggt
gtcacctccaactatctcgcagactccgacgagcttcaaattaagatggctcaaggcgca
aagcctggtgagggcggtgagcttccgggccacaaagtttcgaagtcaattgcacgaact
cgtcactcgactcctggtgtcggtctcatttcgcctccaccccatcacgacatctacagt
atcgaagatttgaagcaactgatctacgatctcaagtgctcaaaccctcgtgctcgtgtc
tctgtcaagctcgtctcggaaactggtgttggtattgtcgcatctggtgtagccaaggcc
aaggctgaccacatcttgatctctggtcatgatggtggaactggtgcctctcgatggact
ggtatcaagtatgccggtcttccttgggaacttggtctcgctgagactcatcagactttg
gttctgaacgatcttcgaggtcgtgtcgttgtccagactgatggccaactccgaactggt
cgtgatgtcgccattgcttgtttacttggtgccgaagaatggggctttgctaccactcct
ctcatcgctatgggatgtattatgatgagaaaatgccatctgaatacctgcccagtcggt
atcgcgacgcaagacccagagctccgcaagaagttccagggcactcccgagcacgtcatc
aacttcttctattacattgctaacgagctccgtgctatcatggctaagcttggattcaga
actatcaatgagatggttggccatgctgagctcctacgtgtccgtgaagatcttcgcacc
aacaagactcagaacatcgatctgtcgttgatccttacaccagctcacaagctcagacct
ggtgttgctactttcaatgtccgaaagcaagaccatcgtctgtatgtccgactggacaac
aagcttatctctgaggctgaattgaccctcgacaagggtctaccatcaagaatcgagtgc
gatatcgttaacaccgatcgtgccatgggcacttccctttcataccagatctccaaacgt
tacggagaggatggtctgcctatggatactgtccatgtcaacatcaagggatctgctggt
caatcattcggtgccttccttgcacctggtgtgactttggagttggaaggagatgccaac
gactatgttggaaagggtctatcaggtggtcgtcttattgtctacccaccacgagctgca
gttttcaaggcagaagagaacatcctcatcggtaacgtctgtttgtatggtgccaccagc
ggaacttgcttcttccgtggtgttgctgcagaacgtttcgctgtcagaaactccggagca
acagctgtcgttgaaggtgtcggtgaccacggttgcgaatacatgactggaggtcgtgtt
ctcattctcggaagcaccggacgcaacttcgctgctggtatgtctggtggtattgcgtat
atccttgacatccaccaagacttcatgtccaagctcaacccggagatggttgaagcttca
ggcattgatgatccagctgaaattgcctatgtccgtggtttgattgaggatcaccaccac
tacactggctctgagcttgcagctcgcatcctcctcgacttcaaccgcgccctgccacgc
ttcgtcaaggttcttcccgttgactacaagagagttctggaggaagaggctgccaaagcc
gccgaactcaagcgtgccgaattccaactgcctctccttccaggcaacccagttcgtgaa
cttgccgaatctcaaaagaaggaaaagaagaagcccgaccttcaagacatcgaggagact
attggcgatgctgctgctgagaagaagagatcactggtattggacaagactaagggcttc
atgaaataccaacgtcgttctgagaagtacagatctgcaaagactagaacacgcgactgg
gcagagctttccaagcgtctcgacgaggatgagctcaaataccaagctgctcgttgcatg
gactgtggtgttcctttctgtcagtctgactctggttgtccaatttccaacatcattccc
aaatggaacgaattagtctttcagaatcagtggagagatgctctcaaccgtcttttgatg
accaacaacttccccgagttcactggccgtgtctgcccagctccttgcgaaggtgcctgc
gtccttggtatcaacgaggatcctgtcggtatcaagtcaatcgaatgtgctatcatcgat
cgtggcttcgatatgggctggatgatcccccagccaccgaagattcgcagtggaaagacc
gttgctgtcatcggctccggacctgctggtcttgcttgtgctgatcaactcaacaaagct
ggtcacactgtcactgtctacgagcgtgctgaccgtgtcggtggtcttctcatgtacgga
attcccaacatgaagctcgacaagaagattgtcaagcgtcgaacagacttcatggccgct
gagggcatcactttcaagactggtgtagccattggacaggacatcacactcaccgacctc
aaggctgagaacgacgctgttgtgatcgctactggtgctaccgttgcccgtgatctccca
atcaagaacagaaaccttgagggtattcactttgccatgcaattcctccacaagaacacc
aagtctctccttgactcagagcttgcagatggcgagtacatctctgctaagggcaagaac
gtcgtggtcatcggtggtggagacactggtaacgattgtatcggtacttccgttcgtcac
ggtgccaagtccgtcaccaacttcgagctattgccacagcctcctaatgagcgtgctcgt
gacaacccatggccacaatggccaagaatttaccgtgttgactacggtcacactgaggtc
aagcagcatatgggccacgatcctcgcgagttctgtgtcatgtccgaggacttcgtcgat
gacggaactggaaaggtcaagggtatcaataccatccgcgttgagtggacaaagtccgcc
actggtggttgggacatgaagaagatcgatggatctcagcagttcttccctgctgaactt
gttctgctttctatgggtttcttgggtcctgaggatcgtgttcttggcagtgagatcgag
aaggatgcacgcaagaacgtcaagactccccccggaaagtaccacaccaacgttgagggt
gtcttcgctgccggtgattgtcgccgtggtcaatccttgattgtctggggtatcaatgaa
ggaagacaatccgctcgcgaggtcgacatgtaccttgaaggcactactcgtctcccagtc
gccggtggtatcgtgaagcgcagcgcccacgagattctcggaaatctccaacaccgtgct
cccattcagattgcagcagcaaactga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (5)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   KEGG ORTHOLOGY (1)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (24)   
   Pfam (24)   
All databases (69)   

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