KEGG   Candida albicans: CAALFM_C102820WA
Entry
CAALFM_C102820WA  CDS       T00189                                 
Symbol
LYS2, CaO19.2970
Name
(RefSeq) L-aminoadipate-semialdehyde dehydrogenase
  KO
K00143  L-2-aminoadipate reductase [EC:1.2.1.95]
Organism
cal  Candida albicans
Pathway
cal00300  Lysine biosynthesis
cal01100  Metabolic pathways
cal01110  Biosynthesis of secondary metabolites
cal01230  Biosynthesis of amino acids
Module
cal_M00030  Lysine biosynthesis, AAA pathway, 2-oxoglutarate => 2-aminoadipate => lysine
Brite
KEGG Orthology (KO) [BR:cal00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00300 Lysine biosynthesis
    CAALFM_C102820WA (LYS2)
Enzymes [BR:cal01000]
 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
     CAALFM_C102820WA (LYS2)
SSDB
Motif
Pfam: NAD_binding_4 AMP-binding PP-binding Epimerase 3Beta_HSD GDP_Man_Dehyd Condensation Polysacc_synt_2 AMP-binding_C NmrA
Other DBs
NCBI-GeneID: 3636875
NCBI-ProteinID: XP_721469
UniProt: A0A1D8PCV7
Position
1:588902..593116
AA seq 1404 aa
MTDFWLNYLDNPTLSVLPHDFLKPANNKSVEGTYTFNIDNGSTDFKFGLAVFAALVYRLT
GDEDIVIATDESANTPEFIVRLNLTPELTFQELVSKITKEYENSISQINYKALSEVSHRI
KEAKGLDENPGLFRLSYQHAHSNQQLNTTVEGSIRDLAIYTDGTKFTIYYNALLYSHERI
VIFGEQFAQYLTTVSNDTNTVITKVNLITDSQKKNLPDPTIDLDWSGYRGAIQDIFMDNA
NKHPDRTCVVETESFLDSNSKTRSFTYQQINQASNVVGNYLKETGIKKGDIVMIYAYRGV
DLMIAVMGVLKAGATFSVIDPAYPPARQNIYLSVAKPKGLIGLEKAGTLDQLVVDYIGSE
LDVISTIPQLKVQDDGTLVGGKLEGADNDCLNDYQKFKDQPTGVIVGPDSNPTLSFTSGS
EGIPKGVLGRHYSLAYYFPWMAKRFGLSEKDKFTMLSGIAHDPIQRDMFTPLFLGAQLLV
PTADDIGTPGKLADWMAKYGATVTHLTPAMGQLLSAQATTAIPSLHHAFFVGDILTKRDC
LRLQSLAENVFIVNMYGTTETQRSVSYFEIKSRKADPTYLKNLKDVMPAGTGMHNVQLLV
VNRNDRSQTCGVGEVGEIYVRAAGLAEGYRGLPDLNAAKFITNWYVNPDKWIEQDEANKN
SSETWREHGWLKPRDRMYRSGDLGRYLPDGNVECCGRADDQVKIRGFRIELGEIDTHLSQ
HPLVRENVTLVRRDKNEEPTLISYIVPKDSPELKTFKADVDDSIEEANDPIVKGLVAYRE
LIKDIKGYLKKKLASYAIPTIIVPLVKLPLNPNGKVDKPKLPFPDTAQLAAVAKLSVSSH
DAQAAEEENLTKLEEQIRDLWLDVLPNRPATISKDDSFFDLGGHSILGTRMIFELRKKLN
VEIPLGVIFKNPTVEQFAKEVEKVIKGGQDFQLADEGKTIQEENKDVADSQSENLNYAED
AKELSKSALLESYSSLKQLPSGSINVFVTGATGFLGSFIVRDLLTARNKNLDIKVYAHVR
ASSKEAGLQRLRQTGITYGIWDENWAEKIEIVLGDLSKEKFGLDNSQWLDLTNNIDVIIH
NGAFVHWVYPYSQLRDANVIGTINVLNMAGEGKAKFFSFVSSTSALDTDYFVNLSDELLA
QGKNGISEADDLQGSAKGLGNGYGQSKWAAEYIIRRAGERGLKGCITRPGYVTGFSKTGA
SNTDDFLLRMLKGSAELGLYPDITNNVNMVPVDHVARVVTATALNPPSSEELTVAHVTGH
PRIQFNDFLGCLKAYGYEINPVDYPVWTSALEKFVTEESKESALFPLLHFVLDNLPQDTK
APELDDSNAAKSLKQDSKYTGEDFSAGKGVDLDQTGVYISYLIKIGFLPKPTGTGEKKLP
EVEISDESLKLISGGAGARGSAAK
NT seq 4215 nt   +upstreamnt  +downstreamnt
atgactgacttttggttgaattatttggataatcctacattatctgtgttaccccatgat
tttttaaaacctgctaacaataaatccgtggaaggtacttacacattcaacattgataat
ggtagtactgatttcaaatttggcttggctgtatttgctgcattggtttacagattaacc
ggtgatgaagatatagtaattgccactgacgaatcggccaatactccagaatttattgtc
aggttaaacttgacaccagaattaactttccaagagctcgtcagtaaaataaccaaagag
tacgaaaacagcatttctcaaataaactacaaagcattatctgaggtttcacatagaatt
aaagaggctaaagggttagatgaaaaccctggattgttcagattgtcctatcaacatgct
cactctaatcaacaattgaataccacagtcgagggatctattcgtgatttagcgatctac
accgatggaacaaaattcaccatttactacaatgccttattatattcacacgaaagaatt
gtgatatttggagaacaatttgcacagtatttaacaactgtatcgaacgataccaatact
gttataactaaagtgaatttgattaccgactcccaaaaaaagaatttgcctgatccgaca
atagatttagattggtcaggttacagaggtgccattcaagatatctttatggataatgca
aataaacatcctgatagaacatgtgttgttgaaaccgaatcattcttggattcaaactca
aaaactcgtagctttacctaccagcaaattaatcaagcttctaatgttgttggtaactac
ttgaaagaaacaggaatcaaaaaaggtgatattgttatgatctacgcttaccgtggggta
gatttaatgattgctgttatgggtgttttaaaagccggagcaacattttccgtcattgac
cctgcttaccctccagcaagacagaatatttatctttctgtggcaaaaccaaaagggtta
attgggttagaaaaagccggtactttggatcaattagttgttgattatattggtagcgaa
ttagatgttatttctacgatcccacaattgaaagttcaagatgatggtacattagtaggt
ggtaaacttgaaggtgcagataacgattgccttaacgattatcaaaaattcaaagatcaa
ccaaccggggtgattgttggtcctgattctaatccaactttatcattcacttctggatca
gaaggtattccaaaaggggtattgggtcgtcattattcattagcctattatttcccatgg
atggctaaaagatttggattatccgaaaaagacaaattcaccatgttgtcgggtattgcc
catgaccctattcaaagagacatgtttactccgttgtttttgggagctcaattattagtg
ccaactgctgatgacattggtactcctgggaaattggctgactggatggccaagtatgga
gcaacagtgacacacttaacaccagctatgggtcaattgttgagtgcccaagccaccact
gcaattccaagcttacatcatgccttctttgttggtgacattttaacaaaaagagattgt
ttaagattacaaagtttagctgaaaatgtgtttattgttaacatgtatggtactactgaa
acacagagatcagtgtcatactttgaaattaaaagtcgtaaagcagatcctacatactta
aagaacttaaaagatgtgatgcctgcagggaccggtatgcacaacgttcaattgttagtc
gttaatagaaatgaccgctcgcaaacctgtggtgttggggaagttggtgaaatctatgtt
agggcagctggtttagccgaaggataccgtggattgcctgatttaaatgctgctaagttt
attaccaattggtatgtcaacccagacaaatggatcgaacaagatgaagctaacaaaaat
tccagtgaaacctggagagaacatggctggttaaagccaagagacagaatgtatagatct
ggtgatttgggtcgttatttacctgatggtaatgttgaatgttgtggtagagcagatgac
caagtcaagattagaggtttcagaattgaattgggtgaaattgatactcatttgtctcaa
catcctcttgtcagagaaaatgtcaccttggtgagaagagacaaaaatgaggaaccaaca
ttgatttcttacattgttccaaaagattctccagaattgaaaacattcaaagctgatgtt
gatgattccatagaagaagccaatgatccaattgtcaagggattagtcgcttacagagaa
ttgattaaagacatcaaaggatacttgaaaaagaagttggcatcctacgctattccaaca
atcattgtaccattagtgaaattacctttgaatcctaatggtaaagtggacaaaccgaaa
ttaccatttccagatactgctcagttagcagcagtcgccaaattaagtgtttctagtcac
gatgcccaagctgctgaagaagaaaacttgaccaaattggaagagcaaattagagatttg
tggttagatgtgttaccaaaccgtccagcaacaatttccaaagatgattcattcttcgat
ttaggaggtcactctattttgggtaccagaatgatttttgagttaagaaagaaattaaat
gtggaaatcccattgggtgtcattttcaaaaatccaacagttgaacaatttgccaaagaa
gtcgaaaaggtgatcaaaggaggccaagatttccaattggctgatgaaggtaaaactatt
caagaagagaataaagatgtcgctgattctcaaagcgaaaacctaaactatgctgaagat
gcaaaagaattatcaaaatcagcacttttggaatcatattcatctttgaaacagcttcca
tctggatcaattaacgtttttgttactggtgctacagggttcttgggttcttttattgtt
cgtgacttgttgactgcacgtaacaaaaacttggatatcaaagtgtatgctcatgtaaga
gcatcttccaaggaagctgggttacaaagattacgtcaaaccgggatcacttatggtatt
tgggatgaaaattgggccgaaaagattgaaattgtgttaggtgatttatcaaaagaaaaa
tttggattggataattctcaatggttagatttgactaataacattgatgtgattattcac
aatggtgcctttgtgcactgggtatatccatactctcagttacgtgatgctaatgttatt
ggtactatcaatgttttgaacatggcaggtgaaggtaaagctaagttcttttcatttgtt
tcttcaacatccgctttagatactgattactttgttaatttatcggatgaattattagcc
caaggtaaaaatggtatttccgaagctgacgatttacaaggatcggctaaagggctagga
aacggatatggacaatccaaatgggctgctgagtacattataagacgtgctggtgaacgt
ggattaaaaggatgtatcaccagacctggttatgttactgggttttccaaaactggtgct
tccaatactgatgatttcttattgagaatgttgaaaggatctgctgaattggggttatat
cctgatatcactaataatgtcaatatggtccctgttgatcatgttgccagagttgttact
gctactgcattaaacccaccaagtagtgaagaattaactgttgctcatgtgaccggtcat
cctagaattcaattcaacgactttttgggatgtttgaaagcatatggatatgagataaac
ccagtagactatccagtatggaccagtgcattggagaaatttgttactgaagaaagtaaa
gaatctgccttattcccacttttacattttgtgttggataatttgccacaagacacaaag
gctcccgagttagacgactctaatgcagccaaatcattaaaacaagattccaaatatacg
ggagaagattttagtgctggtaaaggtgtggatttggatcaaactggtgtttacattagt
tatttgatcaagattggattcttacctaaaccaactggtacaggcgagaagaaattgcct
gaagttgagattagtgatgaaagcttgaaattgattagtggaggtgctggtgcacgtgga
tcagctgccaaataa

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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 (10)   
   Pfam (10)   
All databases (41)   

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