KEGG   Penicillium digitatum: PDIP_33720
Entry
PDIP_33720        CDS       T04849                                 
Name
(RefSeq) L-aminoadipate-semialdehyde dehydrogenase
  KO
K00143  L-2-aminoadipate reductase [EC:1.2.1.95]
Organism
pdp  Penicillium digitatum
Pathway
pdp00300  Lysine biosynthesis
pdp01100  Metabolic pathways
pdp01110  Biosynthesis of secondary metabolites
pdp01230  Biosynthesis of amino acids
Module
pdp_M00030  Lysine biosynthesis, AAA pathway, 2-oxoglutarate => 2-aminoadipate => lysine
Brite
KEGG Orthology (KO) [BR:pdp00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00300 Lysine biosynthesis
    PDIP_33720
Enzymes [BR:pdp01000]
 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
     PDIP_33720
SSDB
Motif
Pfam: NAD_binding_4 AMP-binding Epimerase Condensation PP-binding 3Beta_HSD AMP-binding_C NAD_binding_10 RmlD_sub_bind GDP_Man_Dehyd
Other DBs
NCBI-GeneID: 26231692
NCBI-ProteinID: XP_014535976
UniProt: K9GQC8
Position
Unknown
AA seq 1409 aa
MAVGTASLQDRLEIWAQRLSNLTVSPLTRDYPDTQKTDSKRVIEAFESLQLPKERLSGSS
SGFTAFLTAFIVLVARLTGDEDIAVGTNSNEDGRAFVIRVPIDTSETFAQLYTKVDKAYK
EGSSQIVPLGSLRSYIQEKSKSERTPVLFRFAAYDAPAASQDYPANTFDTTDLVVNVAPG
SAEVELGAYYNQRLFSSARIAFVLKQLASIASNAAANPDEAIGRIDFMTEDQRALLPDPT
SNLNWSNFRGAIHDIFAANAESHPDKLCVVETQSNSSPHREFTYRQINEASNILGHHLVR
SGIQRGEVVMVYAYRGVDLVVAVMGILKAGATFSVIDPAYPPERQNIYLDVARPRALVNI
AKATRDAGELADIVRTFIDENLELRTEIPALALLDDGTLAGGSINGQDVFAHDVALKSKS
TGVIVGPDSIPTLSFTSGSEGRPKGVRGRHFSLAYYFPWMSETFKLTPDEKFTMLSGIAH
DPIQRDIFTPLFLGAQLLVPAREDIQNEKLAEWMQKYGATITHLTPAMGQILVGGASAQF
PALHHAFFVGDILIKRDCRSLQGLAPNVNIVNMYGTTETQRAVSYFEIPSYASNEGYLNN
MKDVIMAGRGMLDVQMLVVNRYDPTRLCAVGELGEIYVRAAGLAEGYLGSPELSAKKFLT
NWFVKPEVWAEKDQVESKNEPWREFYVGPRDRLYRSGDLGRYTPSGDVECSGRADDQVKI
RGFRIELGEIDTHLSQHPLVRENVTLVRRDKDEEPTLVSYFVPDMNKWASWLESKGLNDD
DSESEGMVGLLRRFRPLRDDAREHLRSKLPTYAVPTVIIPLKRMPLNPNGKVDKPALPFP
DTAELSAAAPRRRSSAVQALSETEQILAQVWAKLIPNVTSRMIGPDDSFFDLGGHSILAQ
QMFFELRRKWRVIDISMNAIFRSPTLKGFASEIDRLLAMESFATSDDKTLAAQAANKPDD
EYSKDAVKLVDELPQTFPRRTEAMLTSEPTVFLTGATGFLGAHILRDLLTRNSPSTKVVA
LVRAKSEEQAIERLRSTCRAYGFWDEAWTQKLQALRGDLGTPQFGLSQSAWDDLTNRVDT
VIHNGALVHWVYPYATLRPANVMGTIDALKLCASGKAKHFAFVSSTSALDKDHFVQESER
IIAAGGNGISEDDDMEGSRVGLGTGYGQSKWAAEYLVKEAGRRGLRGTIVRSGYVLGHSV
TGTTNTDDFLVRMLKGCIQIGLRPNIFNTVNMVPVDHVARIVIATAFHPPSTGVNVAHVT
GHPRLRFNQFLGALELYGYNVPQVDYVPWSTSLEQYVNDGEHNDKESQHALMPLYHFVTS
DLPSNTKAPELDDVNAATALRADATWSGVDVSAGAGVTEELVGLYVSYLVQTGFLPAPTV
AGARPLPAAQISEEQKKTLLSVGGRGGTS
NT seq 4230 nt   +upstreamnt  +downstreamnt
atggctgtgggaacggcctctttgcaggaccgcctggagatctgggcacaaaggttgagc
aacctgactgtctctccattgactcgcgactatcccgatacacaaaagaccgatagcaag
agagtcattgaagcttttgaatctcttcaactccccaaggagaggctctcgggctcatca
tccggatttacagccttcctgactgcttttatcgttctggtagcgcgattgaccggtgat
gaggacatcgctgtgggcacaaactccaatgaagatggtcgtgcattcgtcatccgggtc
cccattgatacctcggagacttttgcccagctctatactaaagtcgataaggcatacaag
gagggctcttcccaaattgtgcctttgggcagccttcgctcgtacatccaagagaagtcc
aagtccgagcgtaccccagtcctcttccgatttgctgcatatgatgcccctgctgcctca
caagattaccctgcaaacaccttcgacactactgacttggtggttaatgttgcacccggc
tcagccgaggtcgaattgggcgcatactacaaccaacgtctcttctcgagtgctcgtatt
gctttcgttttaaaacagctagccagtattgctagtaatgctgctgccaatccagatgag
gctattggccgtatcgattttatgaccgaagatcagcgcgcactcttgcccgacccaaca
tcaaatttgaactggtctaacttccgtggtgctatccacgacatttttgccgccaatgcg
gaaagccatccagacaagttgtgtgtggttgaaactcagtcgaacagctcccctcaccgc
gagttcacctaccgccaaatcaacgaggcctccaacatcctcggacatcacctagtacgg
tctggcattcagcgaggagaggttgtcatggtttatgcctaccgtggcgtggacctggtg
gttgctgtcatgggaattctgaaagccggtgcgacattctctgtcatagaccctgcctat
cctccggaacgtcagaacatttacctcgatgtcgcccgtccccgcgcattggtgaacatt
gccaaggctacaagagatgcaggtgaacttgcggacatcgtgcgcacttttatcgacgag
aatcttgagctccgcactgaaattcctgcccttgccctacttgatgatggaactcttgcc
ggtggatccatcaatggtcaggatgtgttcgcccacgatgttgcactgaagtccaagtct
actggtgtcatcgttggtcctgactctattcccactctatctttcacatccggctcggaa
ggccggccgaagggcgttcgtggccgacacttctccctggcctattatttcccttggatg
tccgaaactttcaagctcaccccagacgagaagtttactatgctgagtggaatcgctcat
gatcctattcagagagacattttcacaccactgttcttgggcgctcagctgctggtgcct
gctagggaggacatccaaaatgaaaagcttgctgaatggatgcaaaagtacggtgccact
atcactcaccttacgcccgctatgggccaaattctagtcggaggtgcctctgcccaattc
cctgctcttcatcacgcattcttcgtgggtgatattctgattaagcgagactgccgctca
ctacagggacttgcccctaatgtcaacattgtgaacatgtacggaacaactgagactcag
cgcgctgtcagttacttcgaaatccctagctacgccagcaacgagggctacttgaacaat
atgaaggatgtgattatggccggtcgcggaatgttggatgtgcagatgctggttgtcaac
cgctatgaccccacccgtctttgtgctgttggagagcttggcgagatctacgttcgtgcg
gcaggtcttgcagagggttaccttggttccccggaactaagtgcgaagaagttcctcacc
aactggtttgttaagcctgaagtctgggcggaaaaggatcaagtcgaatccaagaacgaa
ccctggcgcgaattctacgttggtccccgtgatcgcctttatcgcagtggtgatctaggc
cgttatacgccatctggagatgttgaatgctctggtcgcgccgacgaccaagtcaaaatc
cgtggtttccgtattgagcttggagagatcgacacccatctttctcagcatcctctggtt
cgtgagaacgtgaccttggtgcgaagagataaagacgaggaacccacgttggtcagctac
tttgtgcccgatatgaacaagtgggcctcttggctggaaagcaagggccttaatgatgat
gactctgaatctgagggtatggttggtttgttgcgacgcttccgtcctctccgtgatgat
gctcgtgagcatctccggagcaagcttcctacatacgctgtgccgaccgttatcattccc
ctcaagcgcatgcctctgaacccaaacggcaaggttgacaagcccgcacttccgttccca
gacactgcagaattgagtgccgctgcaccccgtcgccgttcatctgcagtgcaggccctt
tctgaaactgagcagattctggcccaagtttgggccaagcttattcccaatgtgacatct
cgcatgattggaccggatgactctttctttgatctcggcggtcatagtattctcgcacag
caaatgttctttgagcttcgtcgcaagtggcgtgttattgacatcagcatgaatgctatc
ttccgcagcccgaccctcaagggatttgctagcgagattgaccgcctgctagccatggaa
tcattcgcaactagcgatgacaagactttagctgcgcaagctgctaataagccggatgac
gagtattcgaaggatgctgtcaagcttgtggatgaactaccccagaccttccctcggcgt
accgaggctatgctcaccagtgagcctacagtgttccttactggagctactggtttccta
ggcgcacatatcctccgagacctacttacccgcaattctccctccactaaggtggtggct
ctcgttcgggcaaagtccgaggagcaggcaatcgagcgacttcgctccacttgccgtgca
tatggtttctgggatgaagcatggactcagaagctgcaagccctgcgtggtgatcttgga
accccgcagtttggtctttcccagtcagcgtgggacgaccttaccaaccgcgtcgatact
gtgattcacaacggagctcttgtccactgggtctacccctatgcgactcttagacctgct
aatgttatgggcaccatcgatgccctcaagctgtgcgccagcggaaaagccaagcacttt
gccttcgtcagttcgaccagtgctttagataaggatcacttcgtccaagaatccgaacgt
atcatcgccgctggtggaaatggtatcagcgaagacgacgatatggagggcagcagagtt
ggccttggaaccggttatgggcaaagcaaatgggctgcagaataccttgtcaaagaggcc
ggccgcaggggcctgagaggaaccattgttcgctccggatacgttcttggtcattcggtc
acgggaactaccaacactgatgatttcctcgtccgtatgctgaagggttgcatccaaata
ggccttcgcccaaatatcttcaacaccgtgaacatggtgcctgtcgatcatgtggctcgt
attgtcattgccactgctttccacccaccttccacaggcgttaacgtcgcccacgttact
ggacaccctcgtttgcgctttaaccagttcctcggtgcgctagagctctatggatacaat
gtcccccaggttgactacgtgccttggtccacttctcttgagcagtatgtcaacgatggc
gagcacaatgacaaggagtctcagcatgcccttatgcctctttatcactttgttacctca
gaccttccctctaacaccaaagctccggaattggatgatgtcaatgcagcaacggctctg
cgtgccgatgcaacctggtcgggtgttgacgtatcagccggtgctggcgtgaccgaggaa
ttagtcggcttgtacgtctcgtacctggttcagaccggtttccttcccgcaccaaccgtc
gctggagcccgccctctacctgctgctcagattagtgaggaacagaagaagactctgttg
agtgtcggtggtcgcggcggtacatcttga

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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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