KEGG T01150: PGUG

Meyerozyma guilliermondii: PGUG_02654

Entry

PGUG_02654 CDS T01150

Definition

hypothetical protein

Orthology

K14676

lysophospholipid hydrolase [EC:3.1.1.5]

Organism

pgu Meyerozyma guilliermondii

Pathway

pgu00564

Glycerophospholipid metabolism

Class

Metabolism; Lipid metabolism; Glycerophospholipid metabolism [PATH:pgu00564]

SSDB

Motif

Pfam:

cNMP_binding Patatin

Other DBs

NCBI-GI:

146417916

NCBI-GeneID:

5127010

UniProt:

A5DHA3

AA seq 1438 aa
MDLDTSLADFHSTETLVSTPKYSYGVLINVILLVLWTCFRVVNWFLVTLPSILLGMLSKT
FQITLSLSSILMFVVAVTAICFLVVRYKYLTRYSRNSAAKEPAKKLFDIDDLSKKKKLLS
KTSSNYLDQFLSAIQVFGYLEGPVFHELTRNMTTQKVLPNEVLYLDESLGFLIVVEGTMQ
VYTKVTNLSNLSLNAEDDGLDLRYENDDVLCIGNDKYQLLNEVKSGAPLSSLMSTLDLFT
SNEVPLLPTKFGSYSLTAVTPLELSPNNTGGNSPPPSLAPEIVARPKGTTSTTLAIIPYT
AFQRLHKKYPKATSHIVTMVLTRLYKVSMNTIYNYLGLSKDILDCERNLNAETNERLPSY
LSKGIIEKFHKTEELASVEGLPTLPRRSTVNLRALTRQASSSRYVVLASRSKSTHPGDLL
SSVPLSRRSDYYETQTIPNESEDLPTIQRSSLRRRASHSTSLRKSNSVLEDIRVRGFSNE
REETEETSLRTAIVEQIFTHLGISEDDPTVMNINPTSASSSASSSIVGISKLNYGSLDSI
NSPRVDPMTSIRSSLASNGNKVYQTINQHTKEADVLQEKPKKVVLPGSRGDDSDFVAVKD
EFARAIQMKYIQPGKTIIEQDSFHTGIFYVIDGSLDVIQESNGKSKKIYTVKAGGITGYL
NCLIGMKSLVLVKASEDSSAIVAHIPSHMYSKLIDKFYFLQLPIARRLKRLLSKQFLTID
YALEWCHISAGDILSKEGEPANGFHIVLSGRFRVVKFKTPFKPVASKAGHDTYDYNDNLI
DESNKKYTSNDVEILGEYGHGESIGEVEVLTASLRKNTLIAVRDSETARIPRALFELLSL
QNPSIMVKVSRIVANRLSKKDSEEILDKPLAMTLSDSPYISSNFKTITILPTVSQLPVRE
FADKLVQALKAIGRNVIALDQASTLTHLGKHAFDERLAELKLSGYFAYLEEKYETIVYVC
DTPVKSNWTSTCISQGDCILLLADADDEDTAESIGSYERLLIKLKTTARTDLCLIHPEKY
VTPGSTSIWLKNRVWVQGHHHIQMEISPTQTTLVMKPKIPIISELAKKIKDRANPNIKLK
LEEVKGKALASFVKLNNKINAHGRMSFNGVSVHKNDFLRLARILSNEAVGLVLGGGGSRG
ISHVGVVIALEKHGIPIDLVGGTSIGSFVGGLYAMDYNTVSIYGRAKKFAKRVSSFWRIL
TDLTYPVTSYMTGYEFNRGIWKIFGFTEIEDFWLRYFCNSTNITNSTMDIHETGYLWRFI
RASMSLAGLLPPITYNGSMLLDGGYLDNLPVLEMKKKGAKYIIAVDVGSVDDRTPMNYGD
TLSGFWVLLNRWNPFSKHPDVPNMMDIQLRLAYVASVNALEISKKTPGVMYLRPPIENYA
TLDFAKYDEIYRVGYVYADELFTLWKSSGKLPDIAGMGDKVRKDMSGEHVSLSRRNSI

NT seq 4317 nt +upstreamnt +downstreamnt
atggatctggacacatcactggcggactttcatagcacggaaactttggtttctacccca
aaatattcttatggtgttcttataaatgtcatcttgttggttctgtggacatgctttcgc
gtggtgaattggttcttggtgacgctaccgtcgattttgcttggaatgctctccaaaact
ttccaaatcaccttgtcactttcgtcgattctcatgtttgtggttgcagtgacggctatt
tgtttcttggtggttcggtacaaatacttgacaagatactctcgaaactcagctgccaaa
gaaccagcgaaaaagctgtttgatatcgatgatctttcgaaaaagaagaaactgctgtcc
aagacttcttccaattacttggaccagttcttaagtgcaattcaggtttttggatacttg
gagggcccggttttccacgagttaacgagaaatatgactacccagaaagtccttccgaac
gaggttttgtacttggatgagtcgttggggttcctgattgtggtcgagggaactatgcaa
gtatacaccaaagtcaccaacctctcgaatctgagtttgaacgctgaagacgatgggtta
gatttgcggtacgaaaatgacgacgttctttgcattggaaacgacaagtaccagctttta
aatgaggttaagagtggagcaccgttgtcttcacttatgagcactttggaccttttcacc
tccaacgaagtaccacttctgccaactaaatttggctcttatagtctcaccgctgtcacc
cctcttgaattgagtcccaataatactggtggcaactctccacctccttcacttgctcca
gaaattgttgcgaggccaaagggcaccacaagcacaactttggcaattatcccatataca
gcattccaaagactccacaaaaagtatcccaaggcaacttcacacatagtcaccatggta
ttaaccagactctacaaggtttcgatgaacactatttataactacttggggctttctaag
gacattttagattgcgaacgaaatctcaatgctgaaactaacgaaaggcttcccagttat
ctttccaaaggaatcatcgagaaatttcacaaaaccgaagaactggcttctgttgaaggc
ctgccaacgctcccccggagatctaccgtcaacttgagagcacttactcgtcaagcatct
tcatctcgctatgtcgttcttgcatctcgctccaaatctacccatccaggtgatctcttg
tcttccgttcccttgtcgagaagatcagactactacgaaacccaaaccattccaaatgaa
tcggaggatctgcccaccatccaaaggtcctctctcagacggcgagcatctcattccact
agtcttcgaaagagtaacagtgttcttgaagatatccgtgttcgtggcttttccaatgaa
cgtgaagagaccgaagagacatctttgcgtaccgcaattgtggagcaaatcttcacgcat
ttgggtatatctgaagacgatcccactgtgatgaatatcaatccgacttcggcgtcttct
tcagcatcgtcttcaattgtgggcatttcaaagttgaactatgggtctttagattccatt
aatagtcctcgtgtggaccccatgaccagtattcggtccagtttagcaagtaatgggaac
aaagtgtaccaaacaatcaaccaacacacaaaggaagcagacgttttacaagaaaaacca
aagaaggtggttttgcccggctctagaggtgacgattctgactttgtggcagtgaaagat
gaattcgctcgagctatacaaatgaaatatatccagccaggtaaaactatcattgaacag
gactcgttccacacaggtatattttacgtcattgatggttctctagatgtgatacaagag
tcaaacggcaagtcgaaaaagatctataccgtgaaagctgggggcatcactggctactta
aactgccttattggcatgaaatctttggtgctggtgaaagcatctgaagattcgagtgcc
attgttgcacacatacccagtcacatgtactccaagttgattgacaagttttactttctt
caactacccattgctagacgcttgaagcgattgttatcaaagcaattcctcaccatagac
tatgccttggaatggtgccatatttctgctggggacatcttgagcaaagagggtgagcca
gcaaatggattccacatagtattgagtggacgatttcgagtggtcaagttcaaaacacct
tttaaaccggttgcctcaaaggcaggtcatgatacttatgactacaacgacaacttgatc
gacgagagcaataaaaagtatacttcgaatgatgttgaaattttgggagaatacggccat
ggtgagtctattggagaagttgaagtattaacagcatctctcagaaaaaacactttgatt
gcagttcgtgactcagaaacagccaggatacctagagcgctttttgaattactttcgctc
caaaacccatcaataatggtgaaagtttcaagaattgtcgccaatagactctcaaaaaaa
gactcggaggagatcctagataaaccacttgcaatgacactgtctgacagtccatatatc
tcgagcaacttcaagacgatcaccatattacccaccgtttcccagcttcccgttagagaa
tttgcagacaagttagtacaggcattgaaagcgataggcagaaacgttatagcacttgat
caagcttctacacttactcatcttggaaagcatgcatttgacgaacgacttgccgagctt
aaactttccggctactttgcctacttggaggagaagtatgaaacgattgtctacgtttgt
gatactccagtcaagtccaattggacttctacttgtatctctcagggtgactgtattctt
ttgcttgctgatgctgacgatgaagatactgctgaaagtattggatcttacgagagacta
cttattaagctaaaaaccacagcaagaaccgatctctgtttgatacatcccgagaagtat
gtgactccaggatctacgagtatttggttgaagaacagagtatgggttcaaggtcatcat
catatacagatggaaataagcccaacgcaaactacgctggtgatgaaaccaaagatccca
ataatcagtgagttggccaagaagatcaaggatagagctaatccaaacataaagttgaaa
ttagaggaggtcaagggaaaagcattagcatcgtttgtcaagttgaacaataagatcaat
gcacatggacggatgtctttcaatggagtgtcggtgcacaagaacgattttcttcgactt
gctcgtattctctcgaatgaggccgttgggcttgttttgggtggaggagggtctcgtgga
atctctcacgttggcgttgtaattgcacttgaaaaacatggtattcccatagatcttgtt
ggcggaacctcaatagggtcgtttgtgggtggactctatgctatggactataacacagtt
tcgatttatggccgagccaaaaagtttgcaaagagagtgtcttcgttttggagaatcctc
acagacttaacataccccgtcacttcctatatgaccggttatgagttcaatagaggtatc
tggaagatttttggctttacagaaattgaagatttttggctccgctacttttgcaactcc
accaatattaccaactccaccatggatatacacgaaactgggtacctgtggcggtttatt
agagcttcaatgtcgttggctggcctactccctccgattacatacaacggttctatgctt
ctcgatggaggctacttggacaatttacctgttctggaaatgaagaaaaaaggtgccaag
tacatcattgctgttgacgttgggtcagttgacgacagaacacccatgaattacggtgat
acactttccggattttgggttcttctcaaccgttggaacccattttctaagcatcctgat
gttccaaatatgatggatattcaattgagattggcatatgtcgcaagtgtcaatgctctt
gaaatctcgaaaaagacaccaggcgtgatgtatctccggcccccaattgagaactatgct
actttggactttgccaagtacgatgaaatctatcgcgtggggtatgtgtacgcagatgaa
cttttcactctgtggaaaagcagtggtaagctacccgatatcgcgggaatgggagacaag
gttcggaaagacatgtctggagagcatgtttcgttgagcagacgtaattctatttaa

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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