KEGG   Oryzias latipes (Japanese medaka): 101159830
Entry
101159830         CDS       T02443                                 
Name
(RefSeq) patatin-like phospholipase domain-containing protein 7 isoform X1
  KO
K14676  lysophospholipid hydrolase [EC:3.1.1.5]
Organism
ola  Oryzias latipes (Japanese medaka)
Pathway
ola00564  Glycerophospholipid metabolism
Brite
KEGG Orthology (KO) [BR:ola00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    101159830
Enzymes [BR:ola01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.1  Carboxylic-ester hydrolases
    3.1.1.5  lysophospholipase
     101159830
SSDB
Motif
Pfam: cNMP_binding Patatin PG_0320-like_C
Other DBs
NCBI-GeneID: 101159830
NCBI-ProteinID: XP_011477941
UniProt: A0A3B3HLF5
Position
9:complement(28433329..28464600)
AA seq 1326 aa
MEERSEEEICSMLPNLLPLSSDIRTRMEQFVQDRLEANMWVSVLLGAVATASVVGFVVLL
LYRRYKLSKEEAGAPHYRFRKRDKVMFYGRKIMRKVQTLSTAPASRTRKRTKVLSIARKI
MRIRKEPPTLQPKEPPPCLLEADLTEFDVQNSHLPSEVLYMLKNVRVLGHFEKPLFLELC
RHMLLIQLHQGEGLFRPGDTDDSIYVVQDGRLELCIHESDGTEAVVKEVLPGDSVHSLLS
ILDIITGHPAPYKTVSARAAVPSTVLRLPAVAFQAVFEKYPETLVRVIQIIMVRLQRVTF
LALHNYLGLTIELFNPKNRGRRWSLFNKESLAISLANVANVVGEGHPHPLKAVRRQHSHS
DEAGSEKSDTEKSSQSDSSVSKYRKSRSVSNPAVLASEIYANTNKEPFQMHSRDEGLSQS
PVKSILKKSVTMQPAPSAVYHYNDTVAEIPPHNRVNAIFQAAKKDLLQVIQLQDPSLLEG
RVTLRQVKAGTVVAQQGDQDVSVEFVISGVLHVYQRKIDQEDECLLFVTHPGEMVGHLAV
LTGEPLIFSVRAQRDCTFLSITKTHFYEIMREEPRMVLNVAHTVVRRMSPFVRQTDFALD
WMAVEAGRAVYRQGDNSDSTFIVLSGRLRSVITKDDGKKELVGEYGRGDLIGVVEALTHL
DRATTVHAVRDSELAKLPQGTLNCIKRRYPQVVTRLIHVLGEKILGNLQQVNGQLTGRSL
ALHTPSSKWDSGNPDSNLSTVAILPVSEEVPLTAFTLELQHALGAIGPTSLLTSDIIKQR
LGSAALDSVHEYRLSSWLGQQEDIHRIVLYQSDSSLTPWTQRCIRQADCIIIVGLGEQEP
TLGELERMLESSSVRAQKQLVLLHREDGPPPSGTAEWLNMRSWISRHHHLSCPRRVFSRR
SLPKLIELYQRVFEKSPDCHSDFSRLARILTGNSIALVLGGGGARGCSQVGVVRALREGG
IPIDMVGGTSIGALMGALYAEEKSISRMRVRAREWAMNMTSHFKRILDLTYPVTSMFSGA
AFNYSISSVFSDRQIEDLWLPYFNITTDITASSMRVHTDGSLWRYVRASMSLSGYLPPLC
DPKDGHLLMDGGYINNLPADVARSMGAKVVIAIDVGSRNETSLTNYGDSLSGWWLLWKRL
NPLAEKVKVLNMAEIQTRLAYVCCVRQLELVKDSEYCEYIRPPIDRYGTLDFGKFDEIAD
VGYQHGKTLFDVWQRSGVVSSMMKDRHQEDFHKTKAGHVVTCPNASFTDLAEIVSRIEPV
KSAAVSEEISDECQTDYDEEAVESALSDFEAFTPGSEHTEGDDTAETDEELPAQHQLRSA
PQRAHL
NT seq 3981 nt   +upstreamnt  +downstreamnt
atggaggagcgcagcgaggaggagatctgcagcatgctgcccaacctgcttcctctcagc
agcgacatccggacccgcatggagcagtttgtgcaggaccggttggaggccaacatgtgg
gtctctgtgctgctgggcgccgtggcaaccgcctctgttgttggatttgtcgtgctgctt
ctctacagaagatacaagctgtcaaaggaggaggctggtgctccacactatcgcttcagg
aagagagacaaggtgatgttctacggacgaaagatcatgaggaaggttcagacgctgtcc
acagctccagcttccaggaccaggaagaggaccaaagttctgtccatcgcccgcaagatc
atgcggattaggaaggagccccccaccctgcagcccaaagagcctcctccttgcctgctg
gaagcagatctgaccgagtttgatgtgcagaactctcatctcccatcggaggttctgtac
atgctgaagaacgtcagggtgttgggacactttgaaaagccgctctttctggagctgtgc
cgccacatgttgctgatccagctgcaccagggagaggggctttttcggcccggtgacact
gatgacagcatctacgtggtccaagacgggcgtctggagctgtgcatccacgagagtgat
gggacggaggccgtggtgaaggaggtgttaccaggagacagtgtccacagtctgctcagc
atccttgacatcatcaccggccacccggcgccatacaaaacagtgtctgccagggccgcc
gtcccctccacagtgctgcgccttcctgccgtggcgttccaggccgtctttgagaaatac
ccagagactctcgttcgtgtcatccagataataatggtgcgcctccagagagtgaccttc
ctggccttacacaactacctgggcctgaccattgagctcttcaacccgaaaaatcggggc
aggaggtggtccctcttcaacaaggaaagtttagccatctctttggcgaacgtggcaaac
gtcgtgggagaaggtcacccgcatccactcaaagccgtccgtcggcagcactctcactcc
gacgaggccggctctgagaagtctgacacagagaagtccagccagtcagactcttctgtg
tcaaagtacaggaaatcccgctcggtctccaacccagccgttctagcaagtgaaatatat
gcaaacaccaacaaagaaccttttcagatgcattctagagacgagggcctctctcaaagt
cctgtgaagtctattctgaagaagagtgtgacaatgcagcccgccccgtctgcagtttac
cattacaacgacaccgtagcagaaatccccccccataacagagttaacgccatttttcaa
gccgccaaaaaggacctgctgcaggtcatccaactgcaggaccccagtctgctggaagga
agggtgactctgcgccaggtcaaagctggaactgtggtggctcaacaaggagaccaggat
gtgagcgtggagtttgtcatctcgggggtcctgcatgtctatcagcgcaagatcgaccag
gaggacgagtgcctgctgttcgtcacccatccaggagagatggtgggtcacctggcagtt
ctgaccggcgagccgctcatcttttcagtgcgagcgcagagagattgcaccttcctgtcc
ataacgaagacccacttttacgagataatgcgggaggagcccaggatggtgctgaacgtg
gctcacacggtggtgaggaggatgtccccgtttgtccggcagaccgactttgctctggac
tggatggctgtggaggcgggccgggctgtctacagacaaggagacaattcagacagcacc
ttcatcgtgctcagcggccggctgcgatccgtcatcacaaaggatgatgggaagaaggag
ctggtcggggagtacgggcgcggagatctgattggcgtggtggaggcgctgacacacctg
gaccgagccacaacagtccacgccgtcagggactcggagcttgccaagctgccacaggga
acgctgaactgcatcaagaggaggtacccccaggtggtcaccaggctgatccacgtgctg
ggggagaagatcctgggtaacttgcagcaggtcaacggacagctgacaggtcgcagtctg
gccctgcacacccccagcagtaagtgggacagtgggaacccagactccaacctgtccacc
gttgccatcctgcccgtgtctgaggaggttcccctcactgccttcactctggagctgcag
catgctctcggtgccatcggccccacctccttgctgaccagtgacatcatcaaacagaga
ctgggctctgctgcgctggacagcgtccatgagtatcgtctgtccagctggctgggccag
caggaggacatccatcgcatcgtcctgtaccagtctgactccagcctcactccctggacc
cagcgctgcatccgccaggcagactgcatcatcatcgttgggctgggtgagcaggagccc
actcttggggagctggagcgaatgttggagagtagctcggtccgagctcagaagcagctg
gtgttgctgcacagggaggacggcccgccccccagcgggacggccgagtggctgaacatg
cgcagctggatctccagacaccatcacctgtcctgtcctcgcagagtcttctccaggaga
agtttacccaaactgatagagctctaccagcgagtgtttgagaagtctccggattgtcac
tccgacttctcgcgcctcgccaggatcctgacaggaaatagcatcgccttggtgctcggg
ggaggtggggccaggggctgctctcaggttggggtggtgcgggcgcttagggaggggggc
attcccattgacatggtgggcggcacctccatcggcgccttaatgggagctctctatgca
gaggagaagagcatcagccgaatgagggtccgggctcgagagtgggccatgaacatgacc
tcacacttcaagaggattctggacctgacctaccccgttacctccatgttttctggagct
gccttcaactacagcatcagctccgtcttcagtgaccgacagatagaggacctgtggtta
ccatacttcaacatcaccaccgacatcactgcttcgtccatgagggtccacactgatggc
tcgctgtggcgttacgttcgggccagcatgtccctgtccgggtatttgccgccgctctgt
gaccccaaagatggtcacctgctcatggacgggggctacatcaacaatcttcctgctgac
gtggctcgctccatgggggccaaggtggtgatcgccatcgacgttggcagccggaatgag
accagcctgaccaactatggcgactccctgagcggctggtggctgctgtggaagaggttg
aaccccctggctgagaaagtcaaggttctgaacatggcagagatccagacgcggctcgcc
tacgtgtgctgcgttcgacagctggagctggtcaaagacagcgagtactgcgagtacatc
cggccccccatcgaccgatacggcactctggattttggaaagttcgacgagatcgcggac
gtggggtaccagcacgggaagacgctgttcgacgtgtggcagcgcagcggcgtggtgagc
agcatgatgaaagaccgacatcaggaggacttccataagaccaaagccggacatgtggtc
acgtgtcccaacgcctccttcacggatctggcagaaatcgtgtcgaggatcgagcccgtg
aagagcgctgccgttagtgaggagatctctgacgagtgccagacggactacgacgaagag
gccgtggagagcgctctgtctgactttgaggccttcacccctggcagtgagcacacagag
ggggacgacacggctgagactgatgaagaacttccagctcagcaccagctcaggagcgcg
cctcaaagagctcatctgtga

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Ontology (2)   
   KEGG BRITE (2)   
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 (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   RefSeq(pep) (6)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (3)   
   Pfam (3)   
All databases (62)   

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