KEGG   Paracoccidioides lutzii Pb01: PAAG_12483
Entry
PAAG_12483        CDS       T02230                                 
Symbol
PAAG_07998, PAAG_07999
Name
(RefSeq) hypothetical protein
  KO
K00264  glutamate synthase (NADH) [EC:1.4.1.14]
Organism
pbl  Paracoccidioides lutzii Pb01
Pathway
pbl00250  Alanine, aspartate and glutamate metabolism
pbl00910  Nitrogen metabolism
pbl01100  Metabolic pathways
pbl01110  Biosynthesis of secondary metabolites
pbl01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:pbl00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    PAAG_12483 (PAAG_07998)
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    PAAG_12483 (PAAG_07998)
Enzymes [BR:pbl01000]
 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)
     PAAG_12483 (PAAG_07998)
SSDB
Motif
Pfam: Glu_synthase GATase_2 Glu_syn_central GXGXG Pyr_redox_2 Fer4_20 Pyr_redox NAD_binding_8 Pyr_redox_3 DAO Amino_oxidase FAD_binding_2 HI0933_like FAD_oxidored FAD_binding_3 AlaDh_PNT_C Thi4 Tsp36_N FMO-like 2-Hacid_dh_C GIDA
Other DBs
NCBI-GeneID: 9093281
NCBI-ProteinID: XP_015702430
UniProt: A0A0A2V3X1
Position
Unknown
AA seq 2084 aa
MGFLEQICGQNIEEQQPHEYSEYKPEKGYGWAETLPLRQGLYNPELEKDACGVGFTAHIK
GKASHKIVSDVLCEHFPPMGQYATGNLFFKPDPETLKESIATFEELAKELHLRVLGWRDV
PRDSTLLGPAALSREPIIMQPFLVLQSAYGNGNKPETTDPQNFDERTFERQLYVLRKRAT
HVLGLANWFYLCSLSNRNIVYKGQLAPVQVYEYYHDLVSVDYEGHFALVHSRFSTNTFPS
WDRAQPLRWAAHNGEINTLRGNKNWMRAREGVLRSHIFGDDLDYLYPIVEDGGSDSAAFD
NVLELLTINGVLSLPEAVMLMVPEAWQDNAAMDPAKAAFYEWAACQMEPWDGPALFTFSD
GRYCGANLDRNGLRPCRYYITDDDRIICASEVGTIPFEPERIIEKGRLQPGKMLLVDTIA
GRIIDDTELKSTVASRQDFRSWVDSQLIRLPRIQKSLEEQKLNLSYTLDDATVQGDVRLK
AFGYSYEQVSLILGPMAADSKEALGSMGNDAPLACLAQQPRLLYEYFRQLFAQVTNPPID
PIREAIVMSLECYVGPQGNLLEMDSSQCHRLLLKSPILSLSEFNAIKNMTVIHQDWPVKT
IDITFEKEKGVEGYLDALDDICNAATEGIENGDKVLILSDRATSANRVPVSSLLATGLVH
HHLVRNKWRSLAAIIVETAEAREVHHMCVLLGYGADGICPYLALECILKMNRENLFRKKL
SDEKIIENYKASVDGGILKVMSKMGISTLQSYKGAQIFEALGIDDSVIDRCFAGTASRIR
GMTFEQIAEDAFAFHEKGFPSRHITEIPGLTESGEYHWRDGGEPHINDPVSIANIQDAVR
TKNDKSYEAYARSEHEQIKNCTLRGLLDFDFEQRIPVPIDQVEPWTEIVRRFVTGAMSYG
SISMESHSTLAIAMNRLGGKSNTGEGGEDAARSKLMENGDTMRSAIKQIASGRFGVTSNY
LADADELQIKMAQGAKPGEGGELPGHKVSAEIGKTRHSTPGVGLISPPPHHDIYSIEDLK
QLIYDLKCSNPRSRVSVKLVSEVGVGIVASGVAKAKADHILISGHDGGTGASRWTGIKYA
GLPWELGLAETHQTLVLNDLRGRVIVQTDGQLRTGRDVAIACLLGAEEWGFATTPLIAMG
CIMMRKCHLNTCPVGIATQDPVLRQKFQGTPEHVINFFYYIANELRAIMAKLGIRTINEM
VGRADLLKMRDDLPSSKMENIDLSLILTPAHSLRPGVATYNVRKQDHRLHVRLDNKLIAE
SELALEKGLPCRIECDIVNTDRALGATLSYQISRRYGEAGLPQDTIHANIKGSAGQSFGA
FLAPGVTLELEGDANDYVGKGLSGGRLIVYPPRSAVFKAEENIIVGNVCLYGATLGHCYF
RGVAAERFAVRNSGATAVVEGVGDHGCEYMTGGRVLILGSTGRNFAAGMSGGIAYVLDVN
QDFHSKINTEMVEVSGVEDPTEVAFLRGLIEDHHHYTGSELAARILLDFTRALPHFVKVL
PTDYKRVLEDEAAKTAASKKAEFSLPISSGNPAKKTSQKVHEHRDEPKKSDILDIEDSIS
DWKTEKKRNALILDKTKGFMKYQRRSEKYRNAKTRTRDWAELSTRLTEDELKYQSARCMD
CGVPFCQSDTGCPISNIIPKWNELVFQNQWRDALNRLLMTNNFPEFTGRVCPAPCEGACV
LGINEDPVGIKSIECAIIDRGFEMGWIIPTPPPSRSGKTVAIIGSGPAGLAAADQLNHVG
HSVTVYERADRIGGLLMYGIPNMKLDKKIVQRRVDFMADEGVKFVASTAVGPGEDISLQE
IRARNDAVVIATGATVARDLKIPGRELGGIHLAMEFLHRNTKSLLDSELSDGQYISAKDK
HVIVIGGGDTGNDCIGTSVRHGAKSVTNFELLPQPPPERARDNPWPQWPRIYRVDYGHTE
VKTHMGKDPREYCVMSKEFVGENGVVKGINTTRVEWTKSASGGWDMKTVEGSEQFFPADL
VLLSMGFLGPEDRLLGDGIEKDARKNVKTPPGQYSTNVPGVFAAGDCRRGQSLIVWGINE
GRQAAREVDSYLIGTSSQLPVTGGIVRRPAIDAVPAVQAQAVGA
NT seq 6255 nt   +upstreamnt  +downstreamnt
atgggtttcttggaacaaatctgtggtcaaaacatcgaagagcaacagccgcacgagtat
tcggagtacaagccggagaagggatatggctgggcagagaccttgccccttcggcaaggt
ctctataaccctgagctggagaaggatgcttgcggtgtaggcttcacggcccatatcaag
gggaaggcgagtcacaaaattgttagcgatgttctttgtgagcacttccctccaatgggc
cagtacgccacgggtaacctgttcttcaagcccgaccctgaaacactaaaagaatccata
gctacgtttgaagagctggcgaaagaattgcatctgcgagtgctgggttggcgcgatgtc
ccccgcgattccaccttgcttggtcctgctgcgctgtctcgcgagcccatcatcatgcag
ccgtttcttgtgctccaatccgcctatggcaatgggaataagcctgagaccacggatccg
cagaatttcgacgagcgtacctttgaacgccagctctatgtcctgcggaaacgagcaacc
catgtcctaggccttgctaattggttctatctctgttccctcagcaaccgaaacatcgtc
tacaaaggccaattggctcctgttcaggtctacgagtactaccatgatctggtctccgtt
gactacgaaggccactttgcgttggtacactcccgattttctacaaacactttcccctcc
tgggaccgcgctcaacccctccgctgggctgcacacaacggtgaaatcaatactttgcgc
ggtaacaagaattggatgagggcaagagaaggagtgctacgatctcatatttttggggat
gacctagactacctctacccgatagttgaggatggtggctccgactctgccgcctttgac
aacgtgcttgaattgctcactatcaatggagttctgtctttgccagaagctgtcatgttg
atggttcccgaggcgtggcaagacaacgctgccatggaccctgccaaggctgctttctac
gagtgggcagcttgccagatggagccatgggatggccccgcgctcttcacattctccgac
ggacgttactgtggtgctaacttggatcgcaatggcctgcgaccttgccgatactatatc
acggacgacgatcgtatcatttgcgcatccgaagttggcacaattccatttgagcctgag
cgcatcattgaaaaagggcgtctccagcctggaaaaatgctgctggtcgacaccatcgct
ggaaggatcattgacgacacggagttgaaatctactgtcgctagtcgccaggatttcaga
tcatgggtcgatagccaattaatccgacttccaaggatccaaaagagcctggaggagcag
aaacttaacctgtcttacaccttggatgatgcgacagtccagggtgatgtgcgactcaag
gcatttggctattcctatgagcaagtaagtctcattttgggacccatggctgcggattcg
aaggaagctctcggatctatgggtaacgatgcccctcttgcatgcctagcccagcaacct
cgacttctatatgaatatttccgtcagcttttcgcgcaggttaccaatcccccaattgat
cccatccgggaagcaattgtcatgtctctagaatgttacgttggcccacaagggaatctc
ctcgagatggattcttcacagtgccatcgtctactccttaaatctccgattctgtcccta
agcgagttcaacgcgatcaaaaatatgacggttattcaccaggactggcctgttaaaaca
atcgatattacgtttgagaaagaaaagggagttgaaggttatttagatgctctggatgat
atttgcaacgctgcaactgagggtatcgagaatggcgataaggttcttatcctttctgat
agggccacctccgccaatcgagtacccgtctcttctctacttgccactggtcttgttcac
catcatctcgttcgcaacaagtggcgatcgctggcggccatcatcgtcgaaactgcagag
gctcgcgaagtccaccacatgtgcgtcctgctcggttatggtgctgatggtatctgccct
tacctagctctggaatgtatcctgaagatgaaccgtgaaaacttattccgcaaaaaactc
tctgacgagaaaattatcgaaaactacaaggcctcggttgatggtggtatcctcaaagta
atgagcaaaatgggcatctcgactcttcaaagttataagggcgctcagatatttgaagcc
ctaggaattgacgacagcgtaattgaccgctgttttgctggtaccgctagtaggataaga
ggtatgacgtttgagcagatcgcggaggatgcattcgccttccacgagaagggtttccca
tcgcgacacatcacggagatccccggcttgacggaatcaggtgaatatcactggcgcgat
ggcggcgaacctcatatcaatgatcctgttagcattgccaacatccaggatgccgtgcga
accaagaatgacaaatcatatgaagcatatgcccgctcggaacatgagcaaatcaagaat
tgtacactccgtggattacttgattttgatttcgaacaacgtattcctgtcccaatcgat
caagtagagccttggactgagattgttcgccgtttcgtgaccggtgctatgtcttatggc
tccatttcaatggagtctcactccactcttgctattgcgatgaacagactcggaggaaag
tccaatactggtgagggcggtgaagatgcagcacgtagcaagcttatggagaatggcgac
accatgagatctgccatcaagcagattgcttctggtcgattcggtgtcacatcgaattat
cttgcggatgctgatgagcttcaaatcaaaatggctcagggagccaagcctggtgaggga
ggagagcttcctggtcacaaagtatctgccgagattggcaagacgcgccactccactcct
ggcgtcggcctcatttcgccaccaccgcatcacgatatttactcaattgaagatctgaaa
cagctcatctatgatctgaaatgttcaaacccacgatctcgtgtttccgtcaagcttgtt
tctgaagttggcgtcggtattgttgcgtcaggagtagctaaggccaaggcggatcatatt
ttgatctcaggtcacgatggaggcactggagcttctcgatggaccggaataaaatacgct
gggcttccgtgggaactaggtctagcagagactcaccagacgctagttcttaatgatctt
cgtggccgtgttatcgttcagactgatggtcaacttcgaaccggcagggatgtggctata
gcttgtttactgggagcagaggaatggggtttcgcaacaactcctctcattgccatgggc
tgtattatgatgaggaaatgccatcttaatacttgccctgttggaattgcaactcaggat
cctgtcctccggcagaagtttcagggtacccctgagcatgttatcaacttcttctactac
atcgcgaacgaactacgagcgatcatggccaaattaggcatccgaactatcaacgagatg
gtgggtcgagctgacctgttgaaaatgcgagatgatctcccctcatccaaaatggagaat
attgacctctctctcattctcacccccgcccattctcttcgacctggcgtagcgacctac
aacgttcgcaagcaagaccaccgcctccatgttcgtctggataataagctcattgctgag
tctgaactggctctagaaaagggcttgccatgtcgcattgagtgcgatattgttaacact
gaccgcgcgttgggtgctactctttcataccagattagtcgtcggtacggagaggctggt
ctccctcaagacacaatccatgcaaacatcaaaggatccgctggtcagtcctttggtgca
ttccttgcgcctggtgtgaccctggagctggagggcgatgccaatgattatgttggtaaa
ggattgtccggaggccgtttgatcgtttacccaccacgcagcgctgttttcaaggccgag
gaaaacattattgtcggaaacgtttgcctatacggtgccacacttggtcactgctatttc
cgtggtgtagcagctgagcgatttgctgtgcgtaactccggtgctactgcagtagtagaa
ggagtcggtgatcacggttgtgagtacatgactggaggacgtgtccttattcttgggtcc
actggtcgaaacttcgcagcgggaatgtctggtggtatcgcctatgtcctcgatgtgaat
caggatttccattctaagatcaacacggaaatggtggaagtttctggggttgaagaccca
acagaggttgccttcctacgaggcctcattgaggatcaccaccactatacgggctcagaa
ctggctgctcgtatccttcttgatttcactagagcacttccccatttcgtcaaggtcttg
cccaccgattataagcgagtattggaggacgaagcagccaaaactgccgcttccaagaag
gctgaattcagtcttcccatatcgtccggaaatcctgcaaagaaaacctcccagaaagtc
catgagcatcgtgacgagcccaagaaaagtgatattctggatattgaagacagtatcagc
gactggaagacagagaaaaagcgaaatgccctgatcctcgacaagaccaaaggcttcatg
aagtaccagcggcgtagcgaaaaatatcgcaacgcaaaaactcgaactcgtgactgggct
gagctgagcacacgactgactgaagatgaattgaagtaccagtctgctcgttgcatggat
tgtggtgttcctttctgccaatctgatactggatgtcccatttcaaacattatccccaaa
tggaatgaacttgtctttcagaatcagtggcgggatgctcttaaccgattgcttatgaca
aataacttccctgagttcacaggacgtgtgtgcccagctccttgcgagggtgcctgcgtt
cttggaattaatgaggaccctgttggtatcaagagtatcgagtgtgcaatcattgacaga
ggttttgagatgggttggataattcccactcctccaccaagtcgttctggcaagaccgtt
gcaattataggctcaggccccgccggacttgctgcagcggatcagctcaaccacgtaggg
cacagcgtcaccgtttatgaacgtgccgatcgcattggcggcttgctgatgtatggtatt
ccaaatatgaaactcgacaagaagatcgttcagaggcgcgttgattttatggcggatgaa
ggcgtcaaatttgttgccagcacagctgtaggaccaggggaggatatttctctgcaggaa
atacgtgccaggaacgatgctgtcgtgatagccactggagctacagttgcaagagacttg
aagatacccggccgtgagcttggcggcattcatttagctatggaattccttcaccggaac
accaaatccctgctggactccgagttatctgatggtcaatacatctctgccaaagataaa
cacgtcattgtcattggcggcggtgatacaggtaatgattgtattggtacctcagtccga
cacggtgccaagtcagtgaccaacttcgaattgctacctcagcctcctccagagagggct
cgtgacaacccatggccccaatggccacgtatctaccgcgtcgactacggtcacactgag
gtgaagactcatatgggaaaagatcctcgtgaatattgtgtgatgtcgaaggaatttgtc
ggtgagaacggtgttgttaaaggaatcaacaccacccgggtcgagtggactaagagtgcc
tctggtggctgggacatgaagacggtggaggggagcgagcagttcttcccagcagacctc
gttctgctctccatgggctttttgggacctgaggataggcttcttggagatgggatcgag
aaggatgctcggaagaacgtcaagacgcctcccggtcaatattcgactaatgtcccaggc
gttttcgcagctggtgattgtagacgtggacagtctctgatcgtctggggtattaatgag
ggccgtcaagctgcccgtgaagtcgactcataccttatcggtacgagttctcagcttcct
gtaactgggggaattgttcgccgccctgcaattgacgctgtccctgctgtgcaggcgcag
gccgtcggcgcgtag

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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 (32)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (21)   
   Pfam (21)   
All databases (72)   

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