KEGG T01116: LELG

Lodderomyces elongisporus: LELG_05397

Entry

LELG_05397 CDS T01116

Definition

hypothetical protein

Orthology

K14676

lysophospholipid hydrolase [EC:3.1.1.5]

Organism

lel Lodderomyces elongisporus

Pathway

lel00564

Glycerophospholipid metabolism

Class

Metabolism; Lipid metabolism; Glycerophospholipid metabolism [PATH:lel00564]

SSDB

Motif

Pfam:

cNMP_binding Patatin

Other DBs

NCBI-GI:

149235345

NCBI-GeneID:

5230489

UniProt:

A5E708

AA seq 1443 aa
MEEELAIEDLPRLTGTVSLNNGLLHSIYNETTVFKILRWSLVEIPKYILKLMSKNLEINL
NVSSILIITLLIAAGILVIVRYKFLTGYSEDIKKGGSNANTKALGQQSTNYPKSTSSGLF
VEKSKDKKPSNYLDEFLMAIKVFGYLDKQVFHELTKSMTTQKLSRDEVMCLDEKIGFLIV
VEGTAQVYTKVTKKSNRNKYDELGQNGRDEGEEADEDDEEEEKEVGDDGDDEMDVEAMRN
RGNGTKNGKMHGLDTDNFEENDDFLKLGEQNYQLLNEVKSGAALSSLISTLDLFKPLKSE
STLTPLDSMGSGVSLNLDYLDRAGARLKALENDSDADTRDSTYPDIIVRPKKKKHSDTIT
VAIIPQSAFERVQMKYPKSTSHIVTMVLTRLYKVTMTTIHNYLGLTGEIFKLEIELNKSC
ELGLPRYLVDGLIERLSQGGSNERKQQAKHFRRSPLERTQSRYVLLNSRVKSNNPGDLLS
SVPISRDDPKLRVNKSSAPTLVDGSNRINFTDNIEETEENSLRIAIIENIFKIVGINEAQ
NLPHEQAPFRSLNSSANSSSIALNSPGYFSPNLPATTGRHHNVLKFSSNDSLMNTISLSQ
LKSQKTHSISRGSTTQKQLYKRRNPITEMNIKDAFAKVMELKYIEPNTTVVQQNSVFCGL
YYVINGSLEVHYKQAETYSKSATSKHVYTVGAGGIAGYMSCVVGFRSLVSIKTPKKTGAV
VAYIAKNDYNQLLDKFYFLQLPMATKLKSLLSKQVMTIDYALEWCHIPAGNVLCSQGDLA
NGFHVVLSGRFRVVRKEKRKGSNRDEVKVLGEYGHGESIGEVEVLTASRRSNSLIAVRDS
ETARIPRTLFEILSFQNPSIMVKVSRLVASKVLSSEKTLSQATHSFITSSSNESFISADY
KTITILPTVSGLPVRDFADKLVHSLKAIGRNVIALDQALTLTHLGRHAFDESLVRLKLSG
YFAYLEEEYETVVYICDTPVQSNWTSTCISQGDCVLLLADADDQYTASSVGEYEQLLIKM
KTTARTDLCLIHQEKFVVSGSTSRWLKNRMWVQGHHHIQMYIERNNETIGPGKKSFINEM
AAKFVQNKSLISKFEEARSKALSWRREEQLKDLTLGSHKSDFLRLARILSNEAVGLVLGG
GGSRGISHVGVVTALERHGIPVDLIGGTSIGSFVGGLYAKDYNIVSIYGRAKKFSKRVSS
VWRMIFDLTYPVTSYITGYEFNRGIWKVFGFTEIEDFWIKYFCNSTNITNSTMDIHESGY
AWRFIRASMSLAGLLPPIAFKGCMLLDGGYLDNLPVMEMKRRGAKHIFAVDVGSVDDRTP
MDYGDTLSGFWVVFNKWNPFSKHPNVPNMMDIQLRLAYVASVNALEEAKRTPGVYYLRPP
IDNYATLDFGKFDEIYQVGLGYADKLFTEWENKKQLPEIAGFVKRDGMQNGGERIKMYRR
NTM

NT seq 4332 nt +upstreamnt +downstreamnt
atggaagaagaattggctatagaggatctaccgagattgactggaacagtgtctctgaat
aatggactcttgcattcaatctataatgaaaccactgtattcaagatactccgatggtcg
ttggttgagatccctaaatacattctcaagctcatgtccaaaaaccttgagattaacttg
aacgtatcgtcaatcttgataataacattgttgatagcagccgggatcttggtcattgtg
cgatacaagtttctcaccggctattccgaggatattaaaaaaggcggcagcaatgccaac
accaaggcattgggccaacaaagtacaaactaccccaagtcgacatcgtctggtctcttt
gttgaaaagagcaaggacaagaagccaagcaactacctcgacgagttcctcatggcaatc
aaggtatttgggtacttggacaaacaagtttttcacgaattgacgaaaagcatgacgaca
cagaaattgtcgcgcgacgaagtcatgtgtcttgatgaaaagattggatttctgattgtg
gtagagggaactgctcaagtgtataccaaggtgacgaaaaagagtaatcgaaacaagtat
gatgaactcggccaaaatggaagggacgagggagaagaagctgatgaagatgatgaagaa
gaagaaaaagaagtaggagatgatggtgatgatgaaatggacgtagaagcaatgagaaat
agaggcaatggcacaaagaatgggaaaatgcatgggctagatactgacaattttgaagag
aatgatgattttcttaaactcggcgagcaaaattaccagttgctcaatgaagtgaaaagc
ggtgctgcattgagctcgctaatatctacactagacttgttcaagcctctcaagtcggaa
tcgacactgacaccacttgactctatgggcagtggcgtgtcattaaaccttgactacttg
gacagagctggcgctagattaaaagctcttgagaatgacagcgatgccgatacaagagac
tcaacgtatccagatattatagttcgaccaaaaaagaaaaagcacagtgacacaatcacc
gttgccattatcccgcagtcagcttttgaaagggtgcaaatgaagtaccccaaatccacg
tcgcatatagtgaccatggtattaaccagattgtataaagtaacaatgaccacaatccac
aactatcttggactcactggtgagatcttcaagctggaaattgaattgaacaagtcgtgt
gagttgggtttaccaaggtacttggtagatggattgattgaaaggttgagccaaggaggc
agcaacgagaggaaacaacaggccaaacatttccgaagaagtcccctcgagaggacgcaa
tcgagatacgtgttactaaactcacgtgtaaagagtaataatcccggggatttgctttcc
tctgtgccgatttctcgtgatgatcctaaattaagagtcaacaagtcatcagcacctacg
ttggttgatggaagcaacagaataaactttacagataatattgaagaaactgaggaaaac
tcgttgaggattgccataattgaaaacattttcaaaatcgtgggcattaatgaagcgcaa
aacttgccacacgaacaagctccgtttagaagtttgaattcctcggcaaatagttcctct
atagctttaaacagtcctggatacttttcaccaaacttaccagctacaactggaagacac
cacaatgtgctcaagtttagttccaatgactcgttgatgaacacaattagtctttcacag
ctaaagtcgcaaaaaacacactctataagccggggatcaacaacccagaaacaactatac
aaaagaaggaacccaataaccgagatgaatatcaaggatgcatttgcaaaagtgatggaa
ctcaagtacattgaaccaaacaccacggtggtgcagcaaaactcggtattttgcggtctc
tattatgtcattaacggttctttagaggttcactataagcaagccgagacttattcgaaa
tcggcaacttcaaaacacgtgtacacggttggtgctggaggaattgcaggctacatgtcg
tgcgttgtgggatttcgttctttggtttcgataaagacgcctaaaaagacaggagcagtt
gttgcctatattgccaaaaatgattataatcagttgcttgataaattctatttcttgcag
ctcccaatggctacgaagctaaagagtttgttatcaaagcaggtgatgactatagactat
gcgctagaatggtgccatatacctgcaggaaatgtgctttgttcgcaaggtgatttggca
aatgggtttcatgttgtgttgagtggtagattcagagtagttcgtaaggaaaagagaaag
ggctcaaatagagacgaagtcaaggtactcggcgagtatggacatggtgaatccattggt
gaagttgaagtgcttacagcctcaagacggtccaactcactaatagcagtgagagactct
gagacggcaaggatcccaagaacattgtttgagattctttcctttcaaaatccttcaatt
atggttaaagtgtctcgacttgtagcgtcaaaggtgctttcttcggaaaagaccttgagt
caagcaacgcatagtttcatcacttccagcagcaatgagagtttcatctcggcagattac
aaaactattacaatactaccaacggtttcaggattgccagttcgtgattttgccgataag
ctagtgcattcattaaaggctattggccgcaatgttatagcattggatcaagcgctgact
ttgacacatttaggaaggcatgcttttgatgagagtttggtgagattgaaattgtctggg
tactttgcatacttggaagaagaatacgaaacggtggtatatatctgtgatacaccagtg
cagtcaaactggacgtcaacatgtatctcgcaaggagattgtgtattgttgcttgctgat
gctgacgatcaatatacggcatcatcagtcggcgagtatgagcagttgttgataaagatg
aaaaccacagcacgaactgatttgtgcttgatccatcaagaaaaatttgttgtttctgga
tccacaagtcgttggttgaagaatagaatgtgggtgcaaggccatcatcacatacagatg
tacattgaacgtaataatgagaccattgggcctggaaaaaagtcgttcatcaatgagatg
gctgcaaagtttgtgcaaaacaaatctttgatctccaaatttgaagaggcaagaagcaaa
gctttgagttggagaagagaagagcagctgaaggacttgaccttggggtctcacaagagt
gatttcttgcgtttagccagaatcctctcgaacgaagcggtaggacttgtgctcggcggt
ggaggatcaagaggaatatcccacgttggtgttgtgacggcactcgagagacacggaata
ccggttgatcttattggcggtacatcaataggatcatttgttggtggtctctatgctaag
gactacaatattgtatctatctatgggcgagcaaagaagttctccaagcgagtatcatca
gtctggcgtatgatttttgaccttacataccccgtgacttcgtacattacaggatacgag
tttaatagaggtatctggaaagtgtttggctttaccgagattgaagacttttggatcaaa
tatttctgcaactcaacaaacattacaaattcaacgatggatattcacgagtcaggatac
gcatggcgctttattcgtgcttcaatgtctcttgcggggttgctcccacccatagccttc
aaaggatgtatgcttcttgatggcggatatttggacaatctaccagtgatggagatgaag
cgtcgtggtgccaagcatatctttgcagttgacgttggttcagttgatgaccgtacccca
atggactatggtgataccttgagtggattttgggtcgtattcaacaagtggaatccattc
tcgaagcaccccaatgttccaaacatgatggatatccagttgcgtttggcatatgtcgcc
agtgttaacgccttagaagaggcgaaaaggacgccaggtgtttattacttgcgtccacca
attgataactatgcaacattggactttgggaaattcgatgagatataccaagttggatta
gggtatgcggacaagttgttcactgaatgggagaataagaagcaattgccggagattgct
ggatttgtgaaaagggatggcatgcaaaatggtggagagaggatcaaaatgtacagaaga
aacacaatgtag

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (5)   
   KEGG ENZYME (1)   
   KEGG REACTION (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (24)   

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