KEGG   Meyerozyma guilliermondii: PGUG_04759
Entry
PGUG_04759        CDS       T01150                                 
Name
(RefSeq) hypothetical protein
  KO
K00143  L-2-aminoadipate reductase [EC:1.2.1.95]
Organism
pgu  Meyerozyma guilliermondii
Pathway
pgu00300  Lysine biosynthesis
pgu01100  Metabolic pathways
pgu01110  Biosynthesis of secondary metabolites
pgu01230  Biosynthesis of amino acids
Module
pgu_M00030  Lysine biosynthesis, AAA pathway, 2-oxoglutarate => 2-aminoadipate => lysine
Brite
KEGG Orthology (KO) [BR:pgu00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00300 Lysine biosynthesis
    PGUG_04759
Enzymes [BR:pgu01000]
 1. Oxidoreductases
  1.2  Acting on the aldehyde or oxo group of donors
   1.2.1  With NAD+ or NADP+ as acceptor
    1.2.1.95  L-2-aminoadipate reductase
     PGUG_04759
SSDB
Motif
Pfam: NAD_binding_4 AMP-binding PP-binding Epimerase AMP-binding_C Condensation 3Beta_HSD
Other DBs
NCBI-GeneID: 5124953
NCBI-ProteinID: XP_001482804
UniProt: A5DNA8
AA seq 1406 aa
MRLSSLTFFTTTVPIKIMSDFWIDYLDNPTLSVLPHDFLKPVNNSSVEANYQVNLASNFS
FTAGLATFAALIYRLTGDEDVVIATDTEDGKPLIVRLAIAESTTFKELRAKVEHEIKTAT
SHINYQTLDEVARRIKASKGLDDEPGLFKLSFQHSKPLQQLSNLAVGSTVDVAVFMSETN
KTLEFFYNSLLYKNERISIMAEQFNAFASGVSDNAEVEIAKVSLITKSQIDQLPDPTTDL
DWSGFRGAIQDIFMENAARHPSKTCVVETKSFLDPASKTRTFTYKQINETSNLVGNYLKE
TGIKKGDIVMIYAHRGVDLMIAVMGVLKAGATFSVIDIAYPPARQNIYLSVARPQGLIVL
EKAGVLDDLVKNYIKDELEVITTIPQMRVNDDGSLQGGKLEGQTRDCLEDYQSLASSPTG
VKVGPDSNPTLSFTSGSEGIPKGVLGRHYSLAYYFPWMSEKFNLSADDKFTMLSGIAHDP
IQRDMFTPLFLGAQLIIPTADDIGTPGKLAEWIAEYGATVTHLTPAMGQLLSAEATTPIP
SLHHAFFVGDILTKRDCLRLQSLAENVTIVNMYGTTETQRAVSYFEIKSRSEDPVFLKTL
KDVMPAGRGMKNVQLLVVNRKDRTQTCGVGEVGEIYVRAAGLAEGYRGLPDLNKEKFVTN
WYVDPNVWVELDKANAKLSETWRQEGWFGPRDRLYRTGDLGRYTPSGDVECCGRADDQVK
IRGFRIELGEIDTHLSQHPLVRENVTLVRRDKNEEPTLISYIVPKDTPDLKNFKAEVGEL
EKPDPVVEGLAIYAELIKDIKAHLKKRLASYAVPTFVVPLAKLPLNPNGKVDKPRLPFPD
TAQLAAASKLNKSTETEKEDLNEFEKTIHDLWVEVLPTHPATISKSESFFDLGGHSILAT
RMIFELRKRLHVDVPLGVIFSNPTIELFSKEINKFIKGNDFQLADGENNVEDASSEKVDY
ASDAKELVKTQLLSSYKSAPPLDFSKQINVFLTGATGFLGSFILRDLLVSRPDCNFKVYA
HVRAASKEAGLKRLRDAGKTYGIWDESWSAKIEVVLGDLSKPKFGWGETEYKEFADLVDV
IVHNGALVHWVYPYSKLRDANVISTIEIMNLCGVGKPKQFSFVSSTSALDTEHYFRLSDE
LTSKGLPGVPESDDLSGSAEGLGTGYGQSKWSAEYIVRAAGDRGLRGCITRPGYVGGFSQ
TGASNTDDFLLRMLKGCAELESYPDISNTVNWVPVDHVASVVTATALHPPAQDILPVAQV
TGHPRIRMNEFISVLKKYGFKLQLDDYPSWKVSLERYVVEKSDSALFPLLHFVLDNLPQN
TKAPELDDAMAVKSLKADHKYTGVDRSQGAGVDVAQMGIYISYLVKTGFLFSPPSGGDKL
PDIELSQETLDLIASGAGGRGSAAAK
NT seq 4221 nt   +upstreamnt  +downstreamnt
atgcgactctcgagtctcacatttttcaccactacagtaccaatcaaaatcatgtctgac
ttctggatcgactacttggacaatcctacgttgtcagtgctcccacatgatttcctcaag
cccgtcaataactcgtcggttgaagccaactatcaagtaaatcttgcctccaatttttcc
ttcaccgctggtcttgcaacattcgctgcacttatctacagattaacaggagatgaagat
gtggtaattgcgacagatacggaggatggcaagccgcttattgtgagattggccattgct
gagtccactactttcaaagaattgcgtgccaaagttgaacatgagatcaagactgcaacc
agccatatcaactaccaaacgttagacgaagtcgcccgtcgtatcaaggcatccaaggga
ttggacgatgagccaggattgttcaaattgagtttccagcactcaaagccattgcaacaa
ctttcaaacttggccgtgggttcgacggtagatgtggccgtgttcatgtccgagaccaac
aagacactagagttcttttacaactcgcttctctacaagaatgaacgtataagtatcatg
gctgagcagttcaatgcttttgcttcaggtgttagtgataatgctgaggttgaaattgcc
aaagtaagcctcatcacgaaaagtcaaatcgaccaacttccagatcctaccaccgatttg
gactggtccggtttccgtggtgctatccaggacatattcatggagaacgcagctcgtcat
ccttccaaaacatgtgtggttgaaacaaagtctttcttagatcccgcctcaaagactcgt
actttcacctacaaacaaatcaacgaaacttcaaatttggtgggtaactatttaaaggaa
actggaatcaagaaaggtgatattgttatgatctacgctcatagaggtgtggatcttatg
atcgcagtgatgggtgtacttaaagccggtgctactttctccgttatcgacattgcatac
cctccagctcgtcagaacatatacttgtcagtggctcgtcctcaaggtcttatcgtgttg
gagaaagcgggtgttttggatgacttggttaagaattacatcaaggacgaattggaggtt
ataaccaccattccgcaaatgcgagtcaacgacgatggttcgttgcaaggtggaaagttg
gaagggcaaacaagagactgtcttgaagattatcagagtcttgcttcgtcacctactgga
gtcaaggttggtcccgactcaaatccaacgctatcattcacttcaggatccgaaggaatt
ccaaagggtgttttaggtcgtcactactctttggcctattatttcccatggatgagcgaa
aagttcaacttgtcggcagatgataagtttaccatgctttcgggaattgctcatgatcca
attcagagagatatgttcaccccattgttcttgggtgcccagttgataattcccacagct
gatgatataggaactcctggaaagttggctgaatggatcgcagagtatggtgcgaccgtg
acccatttgaccccggctatgggtcaattgttgagtgctgaggcaaccacaccaattcca
tccttgcatcatgccttcttcgtcggagatattctcaccaaacgagattgtttaaggtta
caaagtctcgctgaaaatgttactattgtgaatatgtatggtaccaccgagactcaaagg
gctgtttcttatttcgagatcaagagcagaagcgaagatccagtgttcctcaagacattg
aaagatgttatgccagccggtagaggaatgaaaaacgtccagcttttggtggtgaacagg
aaggacagaactcaaacttgtggtgttggagaagtgggcgaaatttatgttcgtgctgct
ggacttgccgagggttacagaggactcccagatttgaacaaggagaaatttgtaaccaat
tggtacgttgatcctaacgtgtgggttgaactcgataaagcaaatgctaaactgtctgag
acatggagacaagaaggctggttcgggcccagagacagattgtacagaactggagatttg
ggccggtatactccctcaggagatgtcgagtgttgtggacgtgctgatgatcaggtgaaa
atcagaggattcagaatagaacttggtgaaatcgacactcatttgtcccagcatccatta
gtcagagaaaatgtgactttggttagaagagacaaaaatgaagagccaacccttatctcc
tatattgttccaaaggatactcctgatttgaagaactttaaagctgaggtgggtgagttg
gagaagcctgatcctgtcgttgaaggtcttgccatttacgccgagctcatcaaggacatt
aaagcccacttgaaaaagagattggcatcgtatgctgttcccacttttgtggtgccttta
gccaaattacctcttaatcctaatggaaaagtcgacaagccaaggttacccttcccagat
actgcgcaattggctgccgcctcaaagttgaacaaatccaccgaaacagaaaaggaagac
ctcaatgaatttgaaaaaactattcatgatttgtgggtggaagtgttaccaacacatccc
gcaaccatttccaagagtgagtctttctttgacttgggaggccattcgattctcgcaacc
agaatgatttttgagttgcggaagagattgcatgtcgatgtgcccttgggtgttatcttc
agcaatccaaccatcgagctgttttcaaaggaaattaacaagtttatcaagggtaacgac
ttccagcttgcggacggagaaaataatgttgaggatgcctcctctgaaaaggtggactat
gcctccgacgcaaaagaattggtgaagactcagcttctttcgtcttataagtcagcgcct
cctcttgacttctccaagcaaattaatgtgttccttactggagctactggtttcttagga
tcgtttatccttcgtgatttgctcgttagtcgtccagattgcaacttcaaagtgtatgct
catgtacgtgctgctagtaaggaagctggcttaaagcgtttgagagatgcgggaaagact
tatggcatctgggacgagtcttggtccgcaaagattgaggtcgttttgggagatttgagc
aaacccaaatttggatggggtgaaacagaatacaaggaatttgccgatttggtggatgtc
attgttcacaacggtgcacttgttcactgggtgtatccatactccaagttgagagatgct
aacgtcatttccactattgaaataatgaatttgtgtggagttggaaagcccaagcaattt
tcgttcgtgtcttcgacatctgcattggacactgagcattacttccgtttgtcggatgaa
ctcaccagtaagggacttcctggagtacctgagtcagatgacttgagtggtagtgctgag
ggtcttggaactggttatggtcagtccaagtggtcggcagaatacatagttcgtgctgct
ggagaccgtgggttaagagggtgtattactcgtccaggatacgttggagggttttctcag
actggagcttccaacaccgacgatttcctcttgagaatgctcaagggttgtgctgagttg
gaatcataccctgatatctcgaacaccgtcaactgggttccagtcgatcatgtcgccagt
gttgtcaccgctacggcattgcacccaccagcacaggacattttgcccgttgctcaagtc
acgggccaccccagaatccgtatgaatgagtttatcagcgtacttaagaagtatggcttt
aaacttcaattggatgattatccatcttggaaggtatcattggagagatatgtcgttgaa
aaatccgactcggcattgttcccattgcttcactttgtgctcgataacttgccccaaaac
acaaaagcacccgaattagacgatgccatggcagtgaagtcgttgaaggcagaccacaag
tatactggtgtagaccggtctcaaggtgcaggagttgatgttgcccagatgggtatctat
atcagctatcttgtgaaaactgggttcttgttcagcccaccttctggcggagacaaattg
ccagacatagaattgagccaggaaacactcgatctcattgcatctggagctggtggaaga
ggctctgctgctgcaaaatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (11)   
   KEGG COMPOUND (11)   
Chemical reaction (5)   
   KEGG ENZYME (1)   
   KEGG REACTION (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (38)   

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