KEGG T01033: YALI0B11044g

Yarrowia lipolytica: YALI0B11044g

Entry

YALI0B11044g CDS T01033

Definition

YALI0B11044p

Orthology

K14676

lysophospholipid hydrolase [EC:3.1.1.5]

Organism

yli Yarrowia lipolytica

Pathway

yli00564

Glycerophospholipid metabolism

Class

Metabolism; Lipid metabolism; Glycerophospholipid metabolism [PATH:yli00564]

SSDB

Motif

Pfam:

cNMP_binding Patatin

Other DBs

NCBI-GI:

NCBI-GeneID:

Bordeaux:

UniProt:

Position

B:complement(join(1492016..1495994,1496102..1496406))

AA seq 1427 aa
MDSLHVSSTSVLVDVVEAVETATSLVVDTAEAVATEQATPTAVISNALARSAYAAHTSLS
YLAWAFGLWFLRLIGWVCYGIPTYVLGLLGRTINISLQFSSLLLILIALVTVVVAVVRYK
YLTVYSRLPQEQPRQEPEIDMYDESDNEDEKTGFANYFDEFLSAVKIFGYLERPVFHELT
RHMQTWKLSADEMVPLDDEQGFSVVVEGTVQVFAKQSSFVQNPTSVPDSRKEDSIMFNGE
RYTLLSEIKNGAPLTSLFNILSLFTDDLQLHKNFDSAVNSPMTSASDVPNMSLSSDGSDD
LQKGEPQFGEPRLSEKPAAKLSVTVRAATDSTIAIIPAAAFRRITKKFPQATAHIVQVIL
TRFQRVTFQTGHHYFGLTPEIFQTEVNLNSHARNELPGYLREGAVKKLNQVYDASQMGGR
PKKYTVTLNKKNKGKGSRRQRFSVQLNNQGHLNSQSRMVSLDSLEAVGDHMNPGDLLTNV
PLSRQGRPVFELSSVKHKASIQNLSFSGNDDENEDTALRTALVEAIFKVLGIDRDSIQSS
IMAVKTMSNTASPMFTGATTGGSSGSLGEELRSRRTGQDSLGASHFGVGLPSERSQNSFY
ARSETSTSSVDEDSLMAAPFDTIRNDVAQYMDVVLFKKDSLLIKQDDPTPGLYYLIDGVL
EVGYTDHHKIYHDLYTVQPGGVGGYIGSILGHRSFADLRARTDVYAGFLPRAAIERMSDK
YPMVHLTMAKSLTKVLSRLLLHLDFAMEWVQVRAGQKIYKEGQEADAIYIVLNGRVRSVA
ETKGDSGIVGGESGDAKDGKSHRKNLTSIGEYGKGESVGELEVLTLTRRPSTLVAIRDAE
LAKIPRALFESLALHYPSITFEISRIVASRVRTLMEDSAPIPRRMHTFDMAAHHDSYLTI
AVVPISQDVDVSEFGRRLYNGMQAVGREACHLNHASVLNHMGRHAFNPLGKLKLSGFLDD
IEDRYQTVLYVADTPPGSSWTHTCISQADCVLLVADARSEPDIGEYERVLVKMRTTARTE
MVLIHPERYVPPGLTSAWLKPRVWVHTHHHVQMDLPRHEADVLASIRKMKRTGTLANLKN
KVQTIQEEFRSMYRPKANIYSTSSANKDDFNRLARILSGQAIGLVLGGGGARGISHIGII
KALEDSGIPIDFVGGTSIGSFIGGLYAKEYDLVPIYGRAKKFSGRVSSLWRMALDLTYPA
TSYTTGHEFNRGIWKAFGDSRIEDFWLRYFTNTTNITHSRMEIHTSGYAWRYIRASMSLA
GLLPPLTDNGSMLLDGGYVDNLPVSEMKAQGASVVFAVDVGSIDDTTPMNYGDSLSGAWV
MWNRWNPFGRHPNVPNLAEIQARLAYVSSVGALEKAKHTPGVIYMRPPIDDFATLDFAKF
LDIYRVGNKYGHKFLTELREDGKFPAIPGMENVKTKHKRTIARRNSI

NT seq 4284 nt +upstreamnt +downstreamnt
atggactctttgcatgtctcttcgacaagtgttctggtcgacgtcgtggaagctgtggaa
accgctacctcactggtagtggacacagctgaagccgttgcaacagaacaagctactcca
acagcagtcataagcaatgctctagcccgaagtgcctatgcggcacatacgtcattgtca
tatttggcatgggcttttggcttgtggtttctgcgacttattggatgggtctgctatggt
attcctacctacgttctagggctgctaggtagaaccatcaacatttctcttcagttttct
tctttactactcattctgattgccttggtcaccgtggtggtcgcggtggtacgatacaag
tatctgaccgtgtactcccgtcttccccaggaacagcctcgacaggagcccgagatcgac
atgtacgacgagtccgacaacgaggacgaaaagacgggcttcgctaactactttgacgag
tttctgtcagccgttaagatctttggatacctggaaagacccgtgttccacgagcttaca
cgccatatgcagacgtggaaactctctgccgacgaaatggtgcctctagatgatgaacag
ggcttctcagttgtggtggaaggaactgtacaggtctttgccaaacaatccagttttgtg
caaaacccaactagcgtgcctgactcgagaaaggaagactcaatcatgttcaacggagaa
cgatacaccctgctttccgagataaaaaatggagctccccttacttcgctgtttaacatt
ctttctctgttcactgacgatctgcagcttcataagaatttcgacagtgctgtcaactcg
cccatgacgtccgcctccgatgtccccaacatgtctttgtcttctgacggctctgacgat
cttcagaagggagaacctcagtttggagagccccgattgtctgagaagcctgctgccaaa
ctatcagtgacagtcagagcagctactgattcaaccatcgccatcatcccagctgctgcg
ttccgacgaatcaccaaaaagtttccccaggccactgctcatattgttcaggtaattcta
actcgtttccagcgagttacattccagactggtcatcattactttggcttgacccctgaa
atctttcaaaccgaagtgaatctaaacagtcatgcccgaaatgaactccctgggtatctc
cgggaaggagctgtcaagaagctgaaccaggtgtacgatgcttctcagatgggtggccgt
cccaaaaagtacaccgttactctcaacaagaagaacaagggcaaaggcagcagacgtcag
agattctctgtgcagctcaacaaccagggtcatctcaacagtcagagtcgaatggtaagt
ttggactcgttggaagcagttggggatcacatgaatcccggcgatctgctgaccaatgtg
cctttgtcacgacagggacggcctgtgtttgaactatccagtgtgaagcacaaggctagt
attcagaacctgtccttcagtggaaacgatgatgaaaacgaggacactgccttgcgtacg
gcccttgtggaagctattttcaaggtccttggaatcgaccgtgattccattcagtcttcc
atcatggccgtgaagactatgtccaatacagcctcccctatgttcacgggagccaccact
ggaggaagcagtggatctctaggggaggaactccgaagccgacgaactggtcaagattct
ctgggggcatctcactttggcgtcggtctaccttctgagcggtcccagaattcgttctac
gctcgatctgaaacctctacttccagtgtagacgaagactcacttatggctgcccccttt
gatacaatccgaaacgatgtagcccagtacatggacgttgttttgttcaagaaagactct
ctcctcatcaagcaggatgaccccactcctggattgtactacctgattgatggtgttctt
gaggtcggatacacagatcatcacaagatttaccatgatctatacactgttcagcctggt
ggggttggtggatatattggctctattctcggacaccgatccttcgccgatctgcgcgcc
cgaacagacgtctatgccggcttccttcctcgagccgcaatcgagcgcatgtctgacaag
taccccatggtccatctaaccatggcaaagtctctgactaaggtactgtctcgtctttta
ctgcatcttgatttcgctatggagtgggtacaggttcgagctggacagaaaatctacaag
gagggtcaggaagcggatgccatctacattgtcttgaacggccgagtgcgttctgtggct
gaaactaagggcgactccggtattgtgggaggtgaatctggtgatgcgaaggatggaaag
agtcatcgaaagaatctcaccagtatcggagaatatggaaagggcgagtctgttggcgag
ctggaggtgttaacacttaccagacgtccctctactctcgttgccattcgagatgctgag
ctggccaaaattcccagagctctgtttgagtctttggccctccactaccccagtatcacc
tttgagatctcccgaattgtggcttcacgagtccgtactctaatggaagactccgctccg
attccccgacgaatgcacacctttgatatggctgcccaccatgatagttacttgactatc
gctgttgttcccatctctcaggatgttgatgtgagtgagtttggacgacgactttacaac
ggtatgcaggcggtgggacgagaagcgtgtcacttgaaccatgcttctgtgcttaaccat
atgggcagacatgctttcaaccctcttggtaagttgaagctgtctggtttccttgatgac
attgaggaccggtaccagactgttttgtatgttgcagatacccctcctggttcctcatgg
acccatacttgcatttctcaggctgattgtgttctgcttgtcgctgacgctcgttccgag
cctgacattggtgagtacgaacgtgtgctggtgaagatgcgaaccactgccagaaccgag
atggttctcattcaccctgaacgatacgttcctcctggactcactagtgcgtggttgaag
cctcgagtgtgggttcacacccatcatcacgttcagatggatcttcctcgtcatgaagct
gatgtcctggccagtatccgaaagatgaagcgaacaggaaccctcgcgaacctcaaaaac
aaggtccaaacgatccaagaagagttccgttccatgtaccgccccaaggctaacatctat
agcacgtcttcggccaacaaggacgacttcaatcgacttgccagaatcctctctggacaa
gctattggacttgttcttggcggaggaggagctcgaggtatttcccatattggaattatc
aaggctctcgaagactctggtattcctattgatttcgtgggaggtacttccatcggttcc
ttcataggggggctctatgccaaagaatacgatctggtgcccatctatggacgagccaag
aagttctctggacgagtatcttctctttggcgtatggctttggatctgacctatcctgcc
acctcatacaccactggtcacgagttcaaccgaggaatctggaaagcttttggcgactcc
cgtatcgaagacttctggctccgatacttcactaacacgacaaacattactcattctaga
atggagatccacacatctggatatgcgtggagatacattcgagcaagtatgtctcttgct
ggtcttcttcctcctttgacagacaatggatctatgttgttggatggaggttatgttgat
aacctgcctgtttcggagatgaaggctcagggagcctccgtggtatttgccgtagatgtc
ggatctatcgacgataccactcccatgaactacggtgactccttgtctggtgcatgggtc
atgtggaaccgatggaatccctttggtcgacatcctaatgttcccaacctggcagaaatt
caggctcggttggcatacgtatcatcagtgggtgctcttgagaaggctaagcacacccct
ggcgtcatctacatgcgtccccccattgacgattttgctactcttgacttcgccaaattc
cttgacatctatagggtaggtaacaagtacggccacaagttcctgaccgagttgcgagag
gatggcaagtttcctgctatccctggaatggagaatgttaagaccaaacataagagaacc
attgcccggcgaaatagtatttag

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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   BORDEAUX-YLI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (25)   

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