KEGG   Cyprinodon variegatus (sheepshead minnow): 107100080
Entry
107100080         CDS       T06110                                 
Name
(RefSeq) LOW QUALITY PROTEIN: patatin-like phospholipase domain-containing protein 7
  KO
K14676  lysophospholipid hydrolase [EC:3.1.1.5]
Organism
cvg  Cyprinodon variegatus (sheepshead minnow)
Pathway
cvg00564  Glycerophospholipid metabolism
Brite
KEGG Orthology (KO) [BR:cvg00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    107100080
Enzymes [BR:cvg01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.1  Carboxylic-ester hydrolases
    3.1.1.5  lysophospholipase
     107100080
SSDB
Motif
Pfam: cNMP_binding Patatin TraL Podoplanin
Other DBs
NCBI-GeneID: 107100080
NCBI-ProteinID: XP_015253928
Ensembl: ENSCVAG00000001294
Position
Unknown
AA seq 1338 aa
MYCAGDDRETCQRSSLMASSRSALKARVQQFVEERMQTTMLTGVLIGAIVAVSLIGIVVL
FFYRKFKLAREQQPGVPHYRFRKRDKVLFYGRKIMRKVQTLSSTPPSSSVSKTPQRIRKR
TKVLSIARRILRIRKDPPTLQHKEPPPSLLEADLTEFDVQSSNLPSEVLYMLKNVRVLGH
FEKPLFLELCRHMVFVELQEGEVLFRPGDDDDSIYVVQDGRLELCVQENDGTEPVVKDVH
PGDSVHSLLSILDIITGYPAPYKTVSVRAATRSTILRLPASAFESVFKKYPETLVRVIQI
IMVRLQRVTFLALHNYLGLTTELFNPESQAVPLSNISSVMVEVNSGKMPRRLHFQEELPT
GTVETTSEPEALKDSPLNNSRRLRSVSAPTDCTGIDLNMACERARVTIEEVSSSPLAQKS
TLRKNVTMQQTPSEVFHYTDSGGQSDAINIGRSSIVLQAAKKDLLGVIQLQDPSLLDGRV
TLHHVKAGSVVARQGDQEVSIQFVISGLLHVYQRMIDREEDTRLFVTHPGELVGQLAVLT
GEPLIFTVRAQRDCSFLSISKTHFYEIMRVEPNVVLNVAHTVSRRMSSFIRQIDFALDWM
AVEAGRAVYRQGEKSDSTFIVLSGRLRSVILKEDGKKELIGEYGRGDLIGVVEALTHQNR
ATTVHAVRDSELAKLPEGALNSIKRRFPQVVTRLIHLLGQKILQQVNVPLSARSLALHTP
GSKLDAGNQASNLSTVTVLPVSEEVPLTAFTLELQHALLAIGPTLLLTSEIIKQRLGAAA
LDSVHEYRLSSWLGQQEDIHRIVLYQTDSTLTPWTQRCIRQADCIIIVGLGEQDPAVGEL
ERMLEGSAVRAQKQLVLLHREDGPPPQGTVNWLNMRSWISRHLHLSCPRRVFSKRSLPKL
LELYQRVFEKPADRHSDFSRLARVLTGNAIALVLGGGGARGCSQVGIMRALCEAGIPVDL
IGGTSIGALMGALYAEDRSLSRMRIRAREWAMEMTSTFKKVLDFTCPVSSMFTGAGFNSS
ISNVFQSKQIEDLWIPYFNITTDISASAMRVHTDGSLWRYVRASMSLSGYLPPLCDPKDG
HLLMDGGYINNLPADVARSMGAKVVIAIDVGSRDETNLTNYGDSLSGWWVLWKRLNPLAE
KVKVLNMAEIQTRLAYVCCVRHLESVKSSDYCEYIRPPIDRYRTLEFGKFDEIAEVGYQH
GKTVFDVWRRSGVVEKMMKDRHQEETHNTQCKSNVMTCPNASFTDLAEIVSRIEPVKPAL
VDEESDYQTDYEEEALESALSDMEMYSHYGEHTEGEETADTDEEQERKRLTRGQPSTPSS
NSXEQQKCSKQAIKEAAV
NT seq 4017 nt   +upstreamnt  +downstreamnt
atgtattgtgctggagacgatagagagacctgtcaacggtccagcttgatggcgagcagc
aggagtgctctgaaggcacgagtgcaacagtttgtggaagagaggatgcaaaccacgatg
cttacaggtgtactgattggggcaatagttgcagtctcactcattggaattgtggtgctc
ttcttttacagaaaatttaaacttgctcgtgaacagcagccgggtgtgccccactatcga
tttcgaaagcgagataaagtgcttttttatggaaggaagataatgcgaaaggttcaaacg
ttgtcctctactcctccctcttcctcagtgtcaaaaacaccacagcgcatacgcaaacga
accaaagttctgagcatagctcgcagaatcctgaggattcgtaaagaccctccaactctg
cagcataaggaacctcctccatctttgctggaggcagatctaacagaatttgatgtgcag
agctccaaccttccctcagaggtcctctacatgctaaaaaatgttagagtcttgggtcat
tttgagaagcctctgttcctggaattgtgtcgtcatatggtgtttgttgagctgcaagag
ggggaggtacttttcagaccaggagacgatgatgacagtatatacgtggtccaggacggt
cgacttgagctctgcgttcaagagaatgatggcactgagccagtggtgaaggatgtccac
cctggagacagtgtccacagcctgctcagcattctggacatcatcactggatatccagct
ccatataaaactgtatcagtaagagctgcaactcgctccaccatcttacgcttgcctgct
tccgcctttgagtcagtttttaagaagtatcctgagacactggtgcgggtcattcagata
attatggtgcgactccagagggtgacctttctagcgttgcataactatctgggtctaaca
actgagctcttcaatccggagagtcaggctgttccattgtccaatataagcagtgttatg
gtggaggtaaattctggaaaaatgccacgtcgtctccacttccaagaggagcttccaaca
gggactgttgagactacttcagaaccagaagcccttaaggacagccccctgaacaacagc
aggaggctgcggtccgtttctgcacccaccgattgtactggaattgaccttaatatggct
tgtgaacgtgctcgtgtcaccatagaggaggtatcatccagtcctctcgctcagaaatct
actctgagaaagaatgtaactatgcagcaaacaccatctgaagtgtttcattatactgac
agcggagggcagtctgatgccatcaacattggtaggagcagcattgtccttcaagctgct
aaaaaggacttgctgggagttatccagctgcaggaccccagtttacttgatggcagagtg
acccttcaccatgtgaaggctggttctgttgtggctcgtcagggagaccaggaagtgagc
attcagtttgtgatttccggcctgctccatgtttatcagcgaatgatcgaccgtgaggaa
gatacacgtctgtttgtgacgcatcctggagagctggttggtcagctcgctgtcttgact
ggagagccgctcatatttacagttcgagcccagcgagactgcagctttctctccatttcc
aaaacccacttctatgaaataatgcgcgtggaaccaaacgtagtcctgaacgtggctcac
accgtttccaggcggatgtcatctttcatcagacagatagactttgcacttgattggatg
gctgtggaggctggcagggccgtttacaggcagggcgaaaaatcagacagcacatttata
gtgctgagtggtcgactgcgttctgtgatcttgaaagaggatggcaaaaaggagctgata
ggagagtatggccggggagacctgattggtgtggtggaggccttgacccaccagaacaga
gccacaactgttcacgctgttcgagattcagaactcgccaagttaccagagggggcgctc
aactccatcaagaggaggttccctcaggttgtcaccaggttgatccatttgcttggtcag
aagattcttcagcaggtcaatgttcctctttcagctcgtagcttggcacttcacactcca
ggaagcaaattggatgcagggaatcaagcctccaacctctcaactgttacagttcttcct
gtatcagaagaggtgcctttgactgccttcaccctggagctacagcatgccctccttgct
attggaccaactcttctgttgacaagtgaaattatcaaacaaaggcttggagctgcagca
ctggatagtgtgcacgagtaccgtctttccagctggctgggccaacaagaagacatccat
cgcatagttctttatcagactgactccacattgaccccgtggactcagcggtgcatccgt
caggctgactgcatcattattgtgggactaggggagcaagatcctgctgttggagagctg
gagcgcatgttagaaggaagtgcagtgcgggcccagaagcagctggtgttgttacaccga
gaagacggccctcctccccaagggactgtgaactggctgaatatgcgaagctggatctcc
aggcacctccacctctcctgtcccagaagggtcttctctaaaaggagccttcccaagctg
ctagagctgtaccagcgtgtgtttgagaagcctgcagaccgccactctgacttctcacgt
ctggctcgggttctcactggtaatgctattgctctcgtccttggaggaggaggggccagg
ggttgctcacaagtggggattatgagagcactctgtgaggccggtatcccggtggacctg
attggtgggacttctattggagccctaatgggggctctgtatgctgaggaccgcagcctg
agccgcatgaggattagagccagagaatgggcaatggaaatgacatcaacatttaagaag
gttttggatttcacatgtcctgtgtcgtccatgtttacgggtgctggcttcaactctagc
atcagcaacgtgtttcaaagcaaacaaattgaggacctttggatcccatatttcaatatt
accacagatatcagtgcttcagccatgagggtacacactgatggttccttgtggcggtac
gttcgagccagcatgtctctctcaggatacctgcctcctctctgtgatcccaaagatgga
cacctactgatggatggaggctacatcaacaatctgcctgcggatgtggcgcgctccatg
ggggccaaggtggtgatagctattgatgtgggcagccgggatgaaacaaacctcactaat
tatggcgattcgctctcaggctggtgggtgctatggaaacgcctcaaccccctggcagag
aaagtgaaggtgctgaatatggcagagattcagacgcggctggcttacgtatgctgcgtg
aggcacctggagtctgttaaaagcagcgactactgcgagtatatcaggcccccaatcgac
agatatcggaccctggagtttggaaaatttgatgagatagctgaagtgggctaccagcat
ggtaagaccgtgtttgatgtgtggaggcggagtggcgtagtggagaaaatgatgaaagac
cggcaccaagaggagacacacaacacccaatgcaagagcaatgtgatgacgtgtccaaat
gcctccttcactgaccttgcagaaatcgtgtctcggattgagcctgtcaaacctgcgctg
gtggatgaggagtcagactatcagactgactatgaagaggaggcattggagagtgcactg
tctgacatggagatgtacagtcactacggggagcacactgaaggggaggagacggctgac
acggatgaggaacaggagaggaaaagactgacccgtgggcagccttcaaccccctcctcc
aattcataggagcaacaaaaatgttccaaacaagccattaaggaagcagcagtctga

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (27)   

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