KEGG   Serpula lacrymans: SERLADRAFT_359475
Entry
SERLADRAFT_359475 CDS       T03135                                 
Name
(RefSeq) hypothetical protein
  KO
K00143  L-2-aminoadipate reductase [EC:1.2.1.95]
Organism
sla  Serpula lacrymans
Pathway
sla00300  Lysine biosynthesis
sla01100  Metabolic pathways
sla01110  Biosynthesis of secondary metabolites
sla01230  Biosynthesis of amino acids
Module
sla_M00030  Lysine biosynthesis, AAA pathway, 2-oxoglutarate => 2-aminoadipate => lysine
Brite
KEGG Orthology (KO) [BR:sla00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00300 Lysine biosynthesis
    SERLADRAFT_359475
Enzymes [BR:sla01000]
 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
     SERLADRAFT_359475
SSDB
Motif
Pfam: NAD_binding_4 AMP-binding PP-binding Condensation Epimerase 3Beta_HSD AMP-binding_C NmrA
Other DBs
NCBI-GeneID: 18809681
NCBI-ProteinID: XP_007313662
JGI: 359475
UniProt: F8NGT8
Position
Unknown
AA seq 1430 aa
MSSDRLSRVLGRLQNLPSISLPTDYPRPTGPNRLVEAVHFADLSDQTSLSLLKLALHTED
DRVEEDDDSFSESRPSAFHLLLAAFAVLLHRYTADTDLVIGSSSASARDPLILRLSVDPT
DPFWAVVRRVQHVEREAESDVLPFETIVQALEKNKEDSGETSRPIFRVRFFDETDEPTEN
FIRSTSLTSDLTIFVTRPPASTRASLAPHISLRIIYNSLLFTSARISSIVDQLSVLLRKV
SSNPLASVGSVPLLTPSQRDTLPNPTADLHWCDWKGAITDVFSTNARRWPDRPCVIQSLP
ALSLNEPQETVTYNYGAIRRASNILAHYLLRGGIQREEVVMVYAHRSVELVVAVMAVLKA
GATFSVIDPAYPPSRQTIYLQVAQPRGLVVLKGAGSISPTVREFLSTELKIRVEVPALEL
ECDGNILGGSREGVDVLSSHVNIAETDPNVSLGPDSIGTLSFTSGSTGIPKGVKGRHYSL
THFFPWMGDRFLLGETSKFTMLSGIAHDPIQRDIFTPLFFGAQLHVPTADDIGTPGRLAE
WMADSSVSITHLTPAMGQLLSAQATRQIPSLRNAFFVGDVLTKRDCLRLQSLAANVRIVN
MYGTTETQRAVSYFAIPPVSGDPTFLTTQKDIMLAGEGMIDVQLLVVNRNDRNVPCAIGE
VGEIYVRSGGLAEGYLQPDASAEKFVANWFSPPTIPWKDTILHPPQGLAGPESRYWKGIR
DRMYRSGDLGRYLPDGTVECTGRADDQVKIRGFRIELGEIDTHMSQYPLVRENVTLVRRD
KDEEKILVSYFVPLESPQLDGFASELTDNDDQTDVKAAPKYRRLIKDIREHLKKKLPSYS
VPSLFVPLRRMPLTPNGKIDKPALPFPDTAHAASAEPRHKTKSRKANRTEEKMRAIWASI
LPSAPVPIPLDENFFDLGGHSILATRLIFEIRKVFIVNAPLGLIFDQPTIGGLAAAVDAL
RDPDFGIAYKEKEIDSQGQTNGTKMSKKPAVVMEYGQDYDSLVPQLRASYPSLPSDFDSH
SLTIFLTGATGYLGAFVLRDLLQRQTRVKKVFCLVRAPSVDKALARLKEGSSDRGVWDDE
WVSSGRLEVLIGDLGQELFGLDQDMWSHVANEVDAILHNGALVHWVYPYEKLRAANVLAT
LTAIELASTTKQKLLVFVSSTSAMDTEHYVRLSDSLSHMHGKYKGVPESDDLEGARSLLK
TGYGQSKWVSEKLLFEAGKRGLNGHIVRPGYVVGDSVTAVTNTDDFVWRMVKGCVQLGLV
PNINNTVNMVPVDHVARCTALATVAPLPSSAMTVLHITARPLPSFNNILSSLAQYGFATE
QCEYLVWRRKLEQHVMEVQDNALFPLLHFVLDDLPTSTKAPELDDSNTQALLHPHLQEPN
MTVSDKLMGMYLSWLVGAGFLPQPSSLSPQRSLPSLNSDQIIKAAGRSGV
NT seq 4293 nt   +upstreamnt  +downstreamnt
atgtcctcagaccgcttgtctagagtgctagggagactgcagaatcttccgtctatatct
ctgcctacagattatccacgacccactggtcccaacaggctggtcgaagccgtacatttc
gctgacctttcagaccaaacatcgctgagcctgcttaagctcgcattgcatacagaagac
gaccgtgtggaggaagatgatgatagtttttcggaaagccgtccttctgcgtttcacctt
ttgctcgctgcctttgccgtcttgctccatcgatatactgccgacacagatcttgtcatc
gggtcctcatctgcatctgctagggatcctttgattcttcgcctttctgtcgatccaaca
gatccattctgggccgtcgttcgtcgtgtgcagcatgtcgaacgcgaagcagaatcagac
gttctgccattcgagacgatagtgcaagcactagaaaaaaataaggaggattctggcgag
acctcccgcccgatattccgtgtacgcttcttcgacgagacggatgagcccacggagaac
ttcattcgatctaccagcttgacctctgatcttacaatatttgttactcgaccaccagca
tctacgcgtgcttcccttgctccccatatctcacttagaatcatatataactcattgcta
ttcacctccgcccggatatcgtctattgtcgaccagctctccgttctcctgcgcaaagtc
tcttcgaatccactggcatctgttggatcggtacctcttttgactccttcacaacgcgac
accctcccaaacccaacggccgatctacattggtgtgactggaagggtgctattacagat
gtattctcaaccaatgcacgtcggtggccagacaggccgtgtgttatacaaagcctcccg
gctctttctctaaacgaacctcaagaaacagtcacctacaattacggagccattcgtaga
gcgtcaaatatacttgcacactatcttcttcgaggaggaatccaaagagaggaagttgtc
atggtttatgctcaccgaagtgtagaactcgttgtcgcggtgatggctgttctcaaagct
ggcgctactttctctgtcatagaccctgcgtatcccccttctcgacaaacaatatatcta
caagtcgcgcaacctcgaggcctagtggtacttaaaggcgcaggttcaatcagtcctaca
gtccgggaatttttatctacagaactcaaaatacgcgttgaggtgcctgcattagaactc
gaatgtgatggcaacattttaggtggtagccgtgagggtgtcgatgtgctcagctctcat
gtgaatatagctgaaaccgatcccaacgtgtccttggggccagacagcatcggcacgtta
tctttcaccagcggaagtaccggcatccccaaaggtgtaaagggacgacattatagtctc
actcacttctttccttggatgggtgatcgtttccttctaggcgaaacgtccaagtttacg
atgttgagtggaatcgcacatgaccccattcaacgcgatatctttactccgctcttcttc
ggcgcacaacttcatgtacctactgctgatgacatagggacaccagggcgtctcgctgag
tggatggctgatagcagtgttagcataactcatctgaccccggccatgggacaactgctt
tctgcccaggctacccgtcagattccttccctccgcaacgcgtttttcgtaggagatgtc
ttgacaaaacgtgactgcctccgacttcaatctctagcagccaatgtacggatagtcaat
atgtacgggaccaccgagacccaacgtgccgtatcttattttgccattcctcctgtctca
ggagaccctaccttcctgaccacgcagaaagacatcatgctcgctggcgaaggaatgatt
gacgtccaacttctggtcgtgaatcgaaacgacaggaacgtcccctgtgcgattggcgaa
gtgggcgaaatatatgttcgatctgggggtctggcggaaggttatttgcagccagatgcc
tcagcagagaagttcgtagcaaactggttctcacctcccacaatcccctggaaggacacc
attcttcaccctcctcaaggtcttgcaggtcctgaatcgcggtactggaaaggtatccgc
gatcgtatgtatcgttcaggtgaccttgggcgataccttcctgatgggacagtcgaatgc
accgggcgagctgatgatcaagtcaaaattcgtggtttcaggatagagcttggagagata
gacacccacatgagccaatatcctttggtgcgagagaacgtcaccctcgtacgcagagac
aaggacgaagagaagatcctcgtcagctactttgtgcccttggagagccctcagctggat
ggttttgccagcgaactgacagataacgatgaccaaactgatgtcaaggctgcacccaaa
tataggcgacttatcaaagatatcagagaacacctcaaaaagaagctgccgagttacagc
gttccttcattattcgtgccccttcgtcgtatgccccttacccctaatggtaagatagac
aagcctgcgcttcctttcccagatacagctcatgctgcctctgcggagccaaggcacaaa
actaaatcccgtaaagccaatcgtacggaagaaaaaatgcgggccatttgggcaagcatc
ttacctagtgcacctgtgcccataccgttggacgaaaatttctttgatttaggtggtcac
tccatcctcgctacacgtcttatattcgagatacgtaaagtattcatagtcaacgcgcca
ttaggcctgatctttgaccagccaacaattggcggtctcgcggctgctgtggacgctctc
cgtgatcctgactttggtattgcttataaagagaaagaaatcgattcacaaggtcaaact
aacggtacaaagatgtccaagaaacctgctgtagtgatggagtatgggcaagattacgac
agtctggtcccccagcttcgggcatcatatccatctctaccctcggatttcgacagtcat
tcactaacgatattcctcactggtgccactggatacctcggtgccttcgtccttcgcgat
cttcttcaacgtcagacccgagtgaagaaagtcttctgcctcgtacgcgcacctagtgtg
gacaaagctttggctaggttgaaagaaggctcgagcgatcgtggcgtttgggacgatgag
tgggtctcatctgggagattagaagtcttgattggggacctgggacaagagttgttcggc
ctggatcaagatatgtggtctcatgtggcaaacgaggtcgatgcgatactgcacaacggc
gccttggtccactgggtatacccgtatgagaaactccgtgctgctaacgtccttgcaact
ttgacggccatcgagctggcctctacaaccaaacaaaaacttctggtgttcgtttcgtca
acgtcagccatggacaccgagcactacgtccgactgtccgattcactttcgcacatgcat
ggcaaatacaaaggtgtccccgaatctgatgatctcgaaggtgcaagaagcttactgaaa
actggttatggacaaagcaagtgggtctccgagaagttactgtttgaagctggtaaaagg
ggtttgaatggccatattgttcgacctggttacgtggtgggtgattcggtaacagcagtg
acaaatacggacgactttgtctggcgaatggtcaaggggtgtgtccaactcggtcttgtg
ccgaatatcaacaatacggtcaatatggtacccgttgaccatgtcgctcgatgcaccgct
cttgctacggtggccccactccccagttctgcgatgactgtcctccatatcactgcccgg
cccctcccctctttcaacaatatactatcttcattggcccagtatggcttcgctacagaa
cagtgcgaatacctcgtgtggcggcgtaaattggaacaacacgtcatggaagtgcaagat
aacgcgctattccccttgctgcacttcgttttggacgatttaccgactagtaccaaggca
cccgaactcgacgactccaacactcaggctctgcttcacccccatttgcaggagccgaat
atgactgtatcggataaactgatgggaatgtacctttcgtggctcgttggcgcaggcttt
ttacctcagccttcttcgctttcaccacagaggtcattgccttccctgaatagtgatcag
atcattaaggccgctggaaggagtggagtatga

  All links  
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 (30)   
   KEGG ORTHOLOGY (1)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (65)   

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