KEGG   Aspergillus clavatus: ACLA_050330
Entry
ACLA_050330       CDS       T01148                                 
Name
(RefSeq) alpha-aminoadipate reductase large subunit, putative
  KO
K00143  L-2-aminoadipate reductase [EC:1.2.1.95]
Organism
act  Aspergillus clavatus
Pathway
act00300  Lysine biosynthesis
act01100  Metabolic pathways
act01110  Biosynthesis of secondary metabolites
act01230  Biosynthesis of amino acids
Module
act_M00030  Lysine biosynthesis, AAA pathway, 2-oxoglutarate => 2-aminoadipate => lysine
Brite
KEGG Orthology (KO) [BR:act00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00300 Lysine biosynthesis
    ACLA_050330
Enzymes [BR:act01000]
 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
     ACLA_050330
SSDB
Motif
Pfam: NAD_binding_4 AMP-binding Epimerase Condensation PP-binding 3Beta_HSD AMP-binding_C GDP_Man_Dehyd
Other DBs
NCBI-GeneID: 4703785
NCBI-ProteinID: XP_001271987
UniProt: A1CI56
AA seq 1425 aa
MGADTASLQDRLERWSQRLQNLTVSPLTRDYPENQKADLKRAIEAFESLKLPGDVHAGLQ
KLSGSSSGFTAFLTAFVVLVARLTGDEDIAVGTSSAEDGRPFVLRVPIDQSETFQQLYSK
VEAAFNQGAADIVPLGSLRSYIQEKSSSERAPILFRFAVYDAPASSQEYPANTFDTTDLV
VNIAPASGSTSEMELGAYYNQRLFSSARIAIILKQLAQIVQNAVSNPEEAIGRIDFMTEE
QRSLLPDPTSDLHWSKFRGAIHDIFAQNAEKHPDKLCVVETKSEQSPHREFTYRQINEAS
NILGHHLVKAGIERGDVVMVYAYRGVDLVVAVMGILKAGATFSVIDPAYPPERQCIYLDV
ARPRALINIKKATKEAGELTQLVRSFIDENLQLRTEIPALALRDDGSLVGGSVNGQDVLA
DQVPLKSKPVGVVVGPDSTPTLSFTSGSEGRPKGVKGRHFSLAYYFPWMSETFKLNPDDR
FTMLSGIAHDPIQRDIFTPLFLGAQLLVPAREDIQNERLAEWMREYGATVTHLTPAMGQI
LVGGASAQFPTLHHAFFVGDILIKRDCRSLQALAPNVNIVNMYGTTETQRAVSYYEIPSY
SSQEGYLDTMKDVIPAGRGMIDVQMLVVNRFDPSRICAIGEVGEIYVRAGGLAEGYLSND
ELNKKKFLTNWFVDPQAWTEKDKAESQGTNEPWRQFYVGPRDRLYRSGDLGRYTPSGDVE
CSGRADDQVKIRGFRIELGEIDTHLSRHPLVRENVTLVRRDKFEEPTLVSYFVPDMSKWA
SWLESKGLNDDDSAEGMVGMLRRFRPLRDDAREHLRSKLPAYAVPTVFIPLKRMPLNPNG
KIDKPALPFPDTAELSAAAPRRKSSVLQALSQTEQTLAQIWANRIPNVTSRMIGPDDSFF
DLGGHSILAQQMFFDLRRKWRGVDISMNAIFRSPTLRGFAAEIDRLINADSFATSANETD
AAADTSAASAGPDDEYSKDARKLVDLLPKSFPERTEPILSGEPTVFLTGATGFLGAHILR
DLLTRKSPLAKVVALVRGKTEEQALDRVRSTCRAYGFWDEAWTSRLQCVCGDLGKPQFGL
SEALWKDLTERVDAVIHNGALVHWVYPYSTLKPANVLGTIDALKLCASGKPKQFSFVSST
SVLDNDHYVSESERIIAAGGAGISEEDDLEGSSVGLGTGYGQSKWASEYLVREAGRRGLK
GTVVRPGYVLGDSQTGTTNTDDFLIRMMKGCIQLSARPNIHNTVNMVPVDHVARVVIAGA
FQPPCTPIGVAQVTGHPRLRFNQFLGALQAYGYDVPQVDYVPWKMSLEHYVNDGKHDDPE
SQHALMPLYHFVTADLPSNTKAPELDDVHAAASLRADAAWSGIDASAGAGVTEDLVGLYA
SYLVTIGFLPAPPASATGARPLPSVQLSEDQKKALTNVGGRGGAS
NT seq 4278 nt   +upstreamnt  +downstreamnt
atgggtgctgacacagcttcccttcaagatcgccttgagcgatggtcgcaaagactccag
aatctcacagtgtctcctctgactcgggactatcccgagaatcaaaaggcagatctcaag
agagcgattgaggcctttgaatcgctcaaattgcccggcgatgtgcatgctgggttgcag
aagctctccggctcatcatctggattcactgctttcttgactgctttcgttgttctcgtc
gctcgtttgaccggagatgaggatatcgctgtcgggacaagctcggcggaagacggccgg
ccgtttgtcttgcgagtccccatcgatcagtcagaaactttccagcagctgtacagcaaa
gtggaagcagcatttaaccagggagctgccgatatcgtccctctaggaagccttcgctca
tatattcaagagaaatccagctcagaacgtgccccgatcctgttccgcttcgctgtttac
gatgcgcctgcctcctcacaagaataccctgccaacacattcgataccaccgacctggtg
gtcaacattgcaccagcaagtggatctacttcggagatggagctcggagcatactacaac
cagcgacttttctccagcgccagaattgccattatcctgaagcagctggcgcagatcgtt
caaaatgccgttagcaacccagaggaggcaattggaaggattgatttcatgacggaggag
cagcggtcgctgttgccagatcccacgtcggatctgcactggtccaagttccggggcgca
atccatgacatctttgctcagaatgccgagaagcatcccgacaagttatgcgtggtagaa
accaagtccgagcaatctcctcatcgggaattcacctacaggcagatcaatgaggcttcg
aacatcctgggtcatcatctcgtcaaggccggtattgagagaggagacgtcgtgatggtc
tatgcttaccgtggtgtcgaccttgttgtggccgtcatgggtattctcaaagccggtgca
accttctcggtcattgaccctgcataccccccggaaagacagtgcatttaccttgacgtt
gctcggccccgggccctcattaacatcaagaaggctacaaaggaagccggcgaactgacc
cagctcgttcgttcgttcattgacgaaaaccttcagttgcgcacagaaatccccgccctc
gctctgcgcgatgacggcagtttggttggaggatcggtcaatggccaggatgttcttgcc
gatcaagtccccttgaagtccaagcctgtgggcgttgtggtcggtccggactctacaccc
actctctcattcacctccggttctgagggcagacccaagggtgtcaagggtcgtcatttc
tctctggcatactacttcccttggatgtccgagaccttcaagctcaatcccgatgaccgt
ttcacaatgctcagtggcattgctcatgaccctatccagagagatatctttacacccctc
ttcttaggagctcagctgctggttccggcccgcgaggatattcagaacgagagacttgcc
gagtggatgcgcgaatatggcgctacggtcacccatttgacccctgccatgggtcaaatc
ctcgtcggtggtgcctctgcgcaattccccacgctccatcatgctttcttcgttggtgac
attctcatcaagcgagactgccgttctctccaggcgctggctcccaacgtcaacattgtc
aacatgtacggaaccactgagacccagcgtgctgtcagttactatgaaatccccagctac
tccagccaagaaggttacttggataccatgaaggatgtcattcccgccggccgcggaatg
atcgacgtgcaaatgttggttgtcaaccgctttgacccaagccgcatttgcgcgatcggt
gaggtgggtgagatctatgtccgtgcaggtggtctggcagagggctatctgagcaacgat
gagctcaacaagaagaaattcctcacaaactggtttgttgaccctcaggcctggactgaa
aaggacaaggccgaatcgcagggcaccaacgagccctggagacagttctacgtcgggccc
agggaccgcttgtaccgcagtggtgatcttggcagatatactccgtctggtgatgttgaa
tgctctggtcgtgccgatgatcaggtcaagatccgaggtttccgcatcgagcttggtgag
attgatactcatctgtctcgtcatcctctggtccgggagaatgtcactctggtgcggaga
gacaagttcgaggaaccaaccttggtcagctactttgtgccagatatgagcaagtgggcc
tcgtggcttgagagcaagggtctcaacgacgatgactccgctgaaggaatggtgggcatg
ctcagacgcttccgacctcttcgtgatgacgcccgtgaacacctgcggagcaagctccct
gcctatgctgtgccgaccgtcttcattcctctgaagcgcatgcctctgaaccccaatggc
aagatcgacaagcctgccctgccattccctgatactgcggaactcagtgctgcagccccc
cgccgcaagtcttccgtgctgcaggcgctctcccaaaccgagcagactttggcccagatt
tgggccaatcgcattcccaacgtcacgtctcgcatgatcggacctgacgattccttcttc
gatctcggtggacacagtatcttggcgcagcagatgttctttgatctgagacgtaagtgg
cgtggagttgacattagcatgaatgccatcttccgcagccctactctcagagggtttgct
gccgaaattgatcgcttgatcaatgcggactctttcgcaaccagtgctaatgagaccgat
gccgccgccgacacttcggccgcatcagctggacccgacgacgagtattccaaggacgct
cgcaagctggttgatcttcttcctaagtcgttccctgagcgcacggagcccattctctct
ggcgagccaactgtcttccttactggtgcgactggattcctgggcgcgcatatcctccgc
gatttgctcacacgcaaatcgcccctggcgaaggttgtggcgctcgtgcgtggtaagacc
gaagagcaggctctggatcgtgtccgctctacctgtcgcgcgtacggtttctgggatgag
gcatggaccagccggctccagtgcgtctgcggtgatcttggaaagccgcagtttggtctg
tccgaggcattgtggaaggatttgaccgaacgagtggatgctgtgattcacaatggcgct
cttgtccactgggtgtacccttattctacactcaagcccgccaacgtcctgggtaccatc
gacgctctgaagctctgcgctagcggaaagcccaagcagttctcctttgttagctcgacc
agtgtgcttgataatgaccactacgtgtctgaatcggaacggatcatcgcggccggtggt
gccggtatcagcgaggaggacgatcttgagggcagcagcgtgggtcttggaaccggatac
ggtcagagcaagtgggctagcgagtacctcgtccgcgaggccggccgcagggggttgaag
ggaaccgttgtccgtcctggttatgttctgggtgactcccagactggaaccacaaacacg
gacgacttcctcattcgtatgatgaagggttgcattcagctttctgctcgtcccaacatc
cacaacaccgtcaacatggtgcccgtagaccacgtcgcccgtgtggtcatcgctggtgcc
ttccagcctccctgcacgccgatcggagttgcccaggtcactggacacccgcggctgcgg
ttcaaccagttcctgggcgctctgcaggcctacggatacgacgtgccccaggtcgattac
gttccgtggaagatgtctctcgagcactacgtgaatgacggaaagcacgatgaccccgag
tcccagcatgcccttatgccgctgtaccatttcgtcacggccgacctcccctccaacacc
aaagcccccgaactagacgatgtccatgccgctgcctccctccgggccgatgccgcctgg
tccggcatcgatgcgtccgccggcgccggtgtgacggaggacctagtcggtttgtacgcc
tcctaccttgtcacgattggattcttgcccgcaccccctgcctctgcgaccggcgcacgg
cccttgccctcggtgcaactcagcgaagaccagaagaaggctttgacgaacgtgggtgga
cgtggaggtgcttcttga

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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 (8)   
   Pfam (8)   
All databases (39)   

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