KEGG T01026: DEHA2E04400g

Debaryomyces hansenii: DEHA2E04400g

Entry

DEHA2E04400g CDS T01026

Definition

DEHA2E04400p

Orthology

K14676

lysophospholipid hydrolase [EC:3.1.1.5]

Organism

dha Debaryomyces hansenii

Pathway

dha00564

Glycerophospholipid metabolism

Class

Metabolism; Lipid metabolism; Glycerophospholipid metabolism [PATH:dha00564]

SSDB

Motif

Pfam:

cNMP_binding Patatin

Other DBs

NCBI-GI:

294657211

NCBI-GeneID:

2902795

UniProt:

Q6BQK9

Position

E:368691..373325

AA seq 1544 aa
MSTIEIVSTVAEYTEIHSPVSSKFLLPSARDSSSSISLFSAIFWFWSWLFFKIMNIFLYY
IPNIIVNLFSVNFQITLSLSSIVITLTGIISFCFLIVRYKYLTRYSKTTKSTDKPKSSNK
NIDLVGSIKKNKRGDSKSTSNYLDEFLSAIKVFGYLERPVFHELTRNMTTQKLSSEEILY
LDEKLGFSIVVEGTIQVYTKVNSVNSSTTSNSDDNELNFEKDDLLTIGDQCYQLLNEVKS
GSPLSSLMSTLDLFKPVDPDTMSNRLFSPFELDSNPASNPLSPDNTGSKSFDPLSSGNFN
DTSLSSSDRNYPNIVARPKPIEDSNNLNTATIAIIPYSAFQKVQSKYPKATSHIVTMVIT
RLYKITMNTIHSYLGLTREIIRSEIQLNESEGAKDSLPSYLYDGVIEKFYGDKNNETLLN
KTAESPSVSINKTSSSSSSLPKKSTTSLRPLNRNQSSRYVVLDSRSKSTHPGDLLSSVPL
SRRSDYYQTHTTIQPDPEEVRSQSRTKMTSPVLPKRQISSNGGPTLKGHSSSTTKFENIR
DRTFSDEREETEETSLRIAIIENIFKILGINEVSNMIGSMSDLNSRSSSVNSSVVGLPSL
MNNGNESKYPNGIFDFNTGKVRYDSISSFPTSLNKGANNNLKFYDTVNQSQLKDMDHEND
KSSQVDINNLMFKRKSIPIQSFESNFYDVKNEFSKHLNIKYFGPNTTLVEQESFNSGLYY
VIDGTLDVFYKPASKESENLTPMNKKKLYTVKSGGLAGYLSSIIGVRSLVSISTPGDKGV
IVAHIPKNEFSKLLDKFYFLQLPVASKLKSLLSSQILTIDYALEWCHIPAGDVLCSQGDL
ANGFHIVLSGRFRVVRYNNNKSSEVNPDDNTDIHDYNNNLIDESLSYKSRKKKDDITILG
EYGHGETIGEVEVLTASRRTNSLIAVRDSETARIPRTLFEMLSLRNPSIMVKVSRIVANK
MAKKDNIGIPSTISSNVPLIVTNTDSHISNDYKTITILPTVSGLPVRDFADKLVSALKNI
GRNVIALDQASTLTHLGRHAFDERLAQLKLSGYFAYLEEEYQTIVYVCDTPLKSNWTSTC
ISQGDCILLLADADDDDVATNIGEYERLLMKLKTTARTDLCLIHADKYVEPGSTSVWLKN
RIWVQGHHHIQMEIARDNSVQQGQKTSIIKNIAAKISSRTNTNIKSRLENVKTKAILSLN
KFNNRLSRRTHSYKTVQAHKNDFLRLARILSNESVGLVLGGGGSRGISHVGVVMALEKHG
IPIDLIGGTSIGSFVGGLYAKDYNIVSIYGRAKRFAKRVSSWWRMVLDLTYPVTSYITGY
EFNRGIWKIFGSSEIEDFWIRYFCNSTNITNSTMDIHESGFSWRFIRASMSLAGLLPPIT
YGGSMLLDGGYLDNLPVMEMKKKGAKYIIAVDVGSVDDRTPMNYGDTLSGFWVLFNRWNP
FSRHPNVPNMMDIQLRLAYVASVNALELAKKTPGVIYLRPPIDDYATLDFAKFDEIYHVG
MAYADNLLTRWEQTGKIPPIAGMIDRSRIRNGEERKSLYRRSSI

NT seq 4635 nt +upstreamnt +downstreamnt
atgagtacaattgaaatagttagtactgtcgcagaatacacggaaattcattcccctgtg
tcactgaaattcctcttaccatctgcaagagattccagttcatcaatatcgctttttagt
gctatcttttggttttggctgtggctattcttcaagataatgaacatatttttgtactac
attccaaatataatagtcaatttgttctcggttaattttcagattacattgtcattgtca
tcaattgttatcactttaacaggtataatatcgttctgcttcttaatagtcagatataag
tatcttacgcgatattctaaaacgaccaaatcaaccgataagcccaaatcgtctaataaa
aacattgacttggtcggatctataaaaaagaacaagagaggagattcaaaatcgacatca
aattatttggatgaatttttaagtgctattaaggtatttggatatttggagagaccagta
tttcatgaattaactaggaacatgacaacgcaaaagttgtcactggaggaaatattatat
ctagatgaaaagttgggctttctgattgtcgtcgaaggtactatacaagtatatactaag
gttaacagtgtcaattcgagtacaacttcaaatagtgatgataatgaattgaacttcgaa
aaagacgatctattaactattggagatcaatgttaccaattattgaatgaagtgaaaagt
ggatcgccgttatcttcattgatgagtacgttagatttgtttaagccagtcgatcctgat
actatgtcgaatcgattgttttctccatttgaattagattctaatccggcttcaaatcct
ctaagtcctgataacactggctcaaagtcgttcgatccactcagctcgggtaattttaac
gatacatctttaagctcaagtgatcgcaattatcctaacattgtggcaagacctaagcct
atcgaagattcaaataatctcaacacggcaacgattgcaattattccgtatctggcattt
cagaaagttcaatctaaataccctaaggctacatcgcatattgtaacaatggttataact
agactatacaagataaccatgaatacgatacatagctacttaggcttaacaagagaaatc
atacgtagtgaaatccaactaaatgaatctgaaggtgccaaggatagtttacccagttat
ttatatgacggtgttattgaaaagttttatggcgataaaaacaatgaaactttattgaat
aaaacagcagaaagcccttctgtatcaataaataagacatctagtagttcttcctcgtta
cctaaaaagtcaactactagtttaagaccgttaaatagaaatcaatcttcaagatatgtt
gtgttggattctcgttcaaaatctactcatcctggagatttgctttcttctgtacctcta
tctaggagatctgattattatcaaactcataccacaattcaaccagatcccgaagaagtg
cgcagtcaatcacgaactaagatgacttcacctgtcttacccaaacgtcaaatatcatca
aatgggggaccgactttgaaaggacattcgtcttctaccacaaagttcgaaaatattaga
gatagaacattctctgatgaaagagaagaaactgaagaaacttctttacgaattgctatc
attgaaaatattttcaaaattttaggaatcaatgaagtttcaaatatgattggcagtatg
tcagacttaaattcaagaagttcatcagttaattcttcagtagttggattgccaagttta
atgaataatggcaatgaaagtaaatatccaaatggaatttttgattttaatacaggcaaa
gtaaggtacgattcgattagcagtttcccaacttctttgaataaaggagcaaataataat
ttaaaattttacgatactgtgaatcaatcacagttgaaagacatggatcatgagaatgac
aaatcaagccaagtcgatatcaacaatttaatgttcaaaagaaaatctattcccatacaa
tcatttgagtcgaacttttatgacgtaaagaatgagttttctaagcatttgaatattaag
tattttggtccaaatacgacacttgttgaacaagaatcttttaattcaggtttatattat
gttattgacggcacattggatgtgttttacaagcctgctagtaaagaatctgaaaattta
actccaatgaataagaagaaattatatacggtaaaatctggtggtttggcaggttattta
agttctatcataggcgttcgctcgttagtttcgatatcgacacctggagataaaggtgtt
attgttgctcatattcctaaaaatgaattctctaaattattagataaattttacttctta
caattacccgttgcttcaaaattgaagagcttattatcaagtcagattttgactattgac
tatgctttggagtggtgccatattccggctggtgacgtactatgttcgcaaggagatttg
gcaaatggtttccatattgttttgagtggtagatttagggttgtcagatacaacaataac
aaaagctctgaagtaaaccctgatgataatacggatatacatgactataataataattta
attgatgagtcgcttagttataagtcccgaaagaaaaaagatgatattactattctagga
gaatatggtcatggagaaacaattggtgaagttgaagtattgactgcttccagaagaacc
aattcgttaattgcagttagagattcagaaactgctaggattccgagaactctttttgaa
atgctttcgttacgaaatccttctattatggtgaaggtttcgagaattgtcgctaataaa
atggcaaagaaagataatattggcatccccagtactataagcagtaatgttcctctcatt
gttacaaatacagattcccatatttcaaacgactataagacaattacaattttaccaaca
gttagtgggttacctgttagagattttgcggataaattagttctggccttgaaaaatatt
gggcgtaatgttatcgcattagatcaggcatcaactttgactcatcttgggcgtcatgct
tttgacgaaagattggcacagttgaagttgtcgggttattttgcatacttagaagaagaa
taccaaacaattgtttatgtttgtgatactccattaaaatcaaattggacttctacatgt
atttcacaaggtgattgtatattgttattagcagatgcggacgatgacgatgtggctact
aatatcggtgaatacgaaagattgcttatgaagttgaagactacagcaagaactgacttg
tgcctaattcatgccgacaagtatgttgaacctggctcaactagtgtttggcttaaaaat
cgtatatgggtgcaaggacaccatcatattcaaatggaaattgctagagataacagtgtg
caacagggacaaaaaaccagcattattaagaacatcgctgcaaaaataagtagtaggact
aatactaatattaagtctaggcttgaaaatgttaaaacaaaggcaattttatctttgaat
aaattcaacaatcgtttgagtcgcagaactcattcttataaaacagtacaagcccataag
aatgactttttgcgattagcaagaatcttgtctaatgaaagtgttggcttggtactaggc
ggaggagggtccagaggtatttctcacgtaggtgtggtaatggccttagaaaaacatggc
attccaattgatttgatagggggtacttcaattggatcatttgtcggcggattgtacgca
aaggactacaacattgtttcgatctatggtagagccaagagatttgccaagagagtatct
tcctggtggagaatggtgttagatttgacatatccagtgacatcgtatattacaggatat
gaattcaataggggtatttggaagatttttggatcaagcgaaattgaagatttttggatc
agatacttttgtaattctacaaatatcacaaattcgactatggatatccacgagagtggt
ttcctgtggagatttattagagcctcaatgtccttggcgggtttattaccccccatcacg
tacggcggaagcatgttattggatggtggttatttagataatttgcctgtcatggaaatg
aagaaaaagggtgcaaaatatataattgctgtagatgttggctctgttgatgacagaacc
ccaatgaactacggtgatactttatctggattttgggtactattcaacagatggaaccct
ttttcaaggcatccaaacgtaccaaatatgatggacatacaattaagactagcatatgtt
gcaagtgttaatgcattagagctagcaaaaaagacccctggtgttatctatttaagacct
ccaattgatgactacgctactctagactttgctaaattcgacgaaatttatcatgttgga
atggcttatgcagataacttacttaccaggtgggagcaaactggtaaaattccacctatt
gccggtatgatcgacaggtcgagaatcagaaatggtgaagaaaggaagtcattatataga
aggagctctatttag

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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