KEGG   Python bivittatus (Burmese python): 103065044
Entry
103065044         CDS       T03091                                 
Symbol
PNPLA7
Name
(RefSeq) patatin-like phospholipase domain-containing protein 7 isoform X1
  KO
K14676  lysophospholipid hydrolase [EC:3.1.1.5]
Organism
pbi  Python bivittatus (Burmese python)
Pathway
pbi00564  Glycerophospholipid metabolism
Brite
KEGG Orthology (KO) [BR:pbi00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    103065044 (PNPLA7)
Enzymes [BR:pbi01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.1  Carboxylic-ester hydrolases
    3.1.1.5  lysophospholipase
     103065044 (PNPLA7)
SSDB
Motif
Pfam: cNMP_binding Patatin TraL MtrF Chordopox_A13L Podoplanin
Other DBs
NCBI-GeneID: 103065044
NCBI-ProteinID: XP_007420656
UniProt: A0A9F2QA22
Position
Unknown
AA seq 1329 aa
MEDADGSPSARQVSLLTSSDLRTRVLQFVEDRIQATMLTGIAIGVAVALALIGIVVYFVY
KKVKQSKQSQAHVPQYRFRKRDKVMFYGRKIMRKVTTLPNTLVGNTVPRQRMRKRAKVLS
LAKRILRFKKESPTLQPKDPPPSLLEADLTEFDVKSSHLPSEVLYMLKNVRVLGHFEKPL
FLELCKHMVFVQLHEGEYIFRPGELDNSIYVVQDGKLEVCIQESDGTEMVVKEVLAGDSV
HSLLSILDVITGHPAPYKTVSARAATQSTILRLPANAFQDVFQKYPETLVRVVQIIMVRL
QRVTFLALHNYLGLTTELFSSESQAIPLVSIASVTSGGNTNRVVVKRQPSILSEEERAEK
LERHASLETDSGKPLGSEHPLRRSLSLTSPSGYSDATGNSAGAKPDLDMACDRARVDSDS
SSLEMFSGIIAYKPILKKTVTVTEMPSAIFHYIQNNIPAQEPGATKQVNTILEAAKKDLL
TLMKLEDLSLLNGKVTLHQVTAGTVVSRQGDQDVSIRFVISGVLHVYQRKIDSEEETCLF
ITHPGELVGQLAVLTGEPLIFTIKANRDCTFLAISKSHFYEIMREQPSVVLGVAHMVVKR
MSSFVRQIDFALDWMEVEAGRAVYRQGDHSDCTYIVLNGRLRSVIRMDDGKKHLTGEYGR
GDLIGVVEALTHQPRATTVHAVRDSELAKLPEGALISIKRKFPQVVTRLIHLLGEKILGN
LQQGGHQLALHTTSSKWDSSNPASNLATVAIMPVSEDVPLSTFTLELKHALCAIGPALLL
TSDNIKQQLGSAALDSIHEYRLSSWLGQQEDMHRIVLYQSDSTLTPWTQRCIRQADCILI
VGLGEQEPTVGELERMLENTAVRAQKQLILLHREDGPLPSRTVEWLNMRSWCSAHLHLRC
PRRVFSRRSLPKLKELYERVFQKPADRHSDFSRLARILTGNAVALVLGGGGARGCSQVGV
IRALNEAGIPVDMIGGTSIGSFMGALYAEERSYTQMRIKARQWAMNMNSVFKTVLDLTYP
ITSMFSGASFNNGVRDIFKDKQIEDLWIPFFIITTDITASAMRVHTDGCLWRYIRASMSL
SGYLPPLCDPKDGHLLMDGGYINNLPADVARSMGAKIVIAIDVGSRDETDLTNYGDALSG
WWLLWKRWNPLVEKVKVLNMAEIQTRLAYVCCVRQLEMVKNSDYCEYIRPPIDRYGTLDF
GKFDEICEVGYQHGRTVFNVWCRSGVLDKMLEDRQEHCQSKPSCYMTCPTTSFTDLAEIV
SRIEPVKAVIMDDESDYQTEYEEEFLDNQRDDYVNFLSSQTEENSDSQDQEVRLRKPVRG
DSEDSQLAA
NT seq 3990 nt   +upstreamnt  +downstreamnt
atggaggacgcggacggctcgccctccgcccggcaggtcagcctcttaacaagttccgac
ttaagaacacgagttctccaatttgtagaagacaggattcaggcaactatgttaactggg
atagccattggcgtcgcagtagcccttgcactgattgggatcgttgtgtattttgtttac
aagaaggtgaaacagtcgaagcaatctcaggcccacgtgccccagtacagatttcgcaag
agagacaaagtgatgttctatggccgcaagatcatgaggaaggtgaccactctgccaaac
actctggtcggcaacacggtgcctcggcagcggatgcggaaaagggccaaagttttgtcc
ttggcaaagaggatcctgcgcttcaagaaggaatctcccaccctccagccaaaggaccca
cccccctctctgctggaggccgatttaacggagttcgatgtcaagagttcccacctgccc
tccgaagtcctttacatgcttaaaaatgtcagggtccttggtcactttgagaagcccctt
ttcctggagctgtgcaagcacatggtcttcgtgcagctgcacgaaggggaatatatcttc
cggccgggggagctggacaacagcatctatgtcgtgcaggacgggaaattggaagtctgc
atccaagagagcgatggcactgagatggtggtaaaggaagtcttggccggcgacagcgtg
cacagccttctcagcattctggacgtcatcacgggtcatcctgccccctacaaaacggtt
tctgctcgagcagcaacacagtcaaccattctgcggctcccagccaacgcgtttcaggac
gtcttccagaaatatcccgagacacttgtgagagtcgtgcagatcatcatggtgaggcta
cagagggtgaccttcctagctttgcacaactaccttggattgaccactgaacttttcagt
tctgagagccaggccattcctctggtctcgattgcaagcgtcacctctggggggaacacc
aaccgtgtggtggtcaaaaggcagccgtccatcctgtcagaggaagaacgggccgagaag
ctggagagacacgcttctttggagacagattcaggaaaacctctcgggtcagagcatcca
ctccgaagaagcttatctttgacctccccctctggatattctgatgctactggtaactca
gctggggctaaaccggacttggacatggcctgtgacagagcccgggttgactctgattca
tcttccttggaaatgttttctggcataattgcatacaagcccatcttgaagaaaaccgtg
acagtgactgaaatgccctcggccatcttccattacatacagaacaacattcctgcccag
gaacccggtgccaccaagcaggtcaacaccatcttagaggctgccaagaaagatcttcta
accttgatgaagctggaggatctctctctcttgaatgggaaagtgacgttacatcaggtc
accgcagggacggtggtgtcacggcaaggcgaccaggatgtcagcatccggtttgtgatc
tcgggggtgctgcacgtctatcagcggaagatcgactcggaggaagagacctgtttgttc
atcacccaccctggagagctggtggggcagctcgcggtcctcacgggggagccccttatt
ttcaccattaaggccaatcgtgattgcaccttcctggccatttccaagtcccacttttat
gagatcatgcgggagcagccctcggttgtcctgggtgtggctcacatggtggtgaagcgc
atgtcatcctttgtgaggcaaattgactttgctctggattggatggaagtggaagcagga
cgcgccgtttacaggcagggggatcattcagactgcacctacattgtcctgaacggacgg
ctccgctctgtcatcaggatggacgatggcaagaaacacctgacaggcgaatatggccgc
ggggacctgattggtgtggttgaagcactaactcatcagcccagagcaacaacggtacat
gctgtccgggattctgagctggccaagcttccagagggagctctgatatccatcaaacgc
aagttcccacaggttgtgacacggcttatacatttgctgggtgagaagatccttggcaat
ctccagcaaggggggcaccagctggccttgcacaccaccagcagcaaatgggactccagc
aatcctgccagcaacctcgccacggttgccatcatgcctgtctcagaagatgtgccactc
tccaccttcaccctggagctcaagcacgccctctgcgccattggtccagctctgctgctc
accagtgataacatcaagcagcagcttggctccgcagctctcgacagcatccatgagtat
cggttatccagttggctgggtcagcaggaggacatgcaccgcatcgtgctgtaccagtca
gacagcaccctcaccccctggacccaacgctgcatccggcaggctgactgcatcttgatt
gtgggcctgggggagcaggaaccaaccgtcggagagttggaacgaatgctggagaacacg
gctgtccgagctcagaagcaactgatcttgctgcaccgagaggatggccccctcccttcc
cggactgtggagtggctcaacatgcggagctggtgctctgcccatcttcatctccgctgc
ccccgtcgagtcttctcccggcggagcctgcccaaactgaaagaactgtacgaacgcgtc
ttccagaagcctgcagacagacactccgacttctcccggttagcccgcatcttgacgggg
aatgcggttgctctggtccttggaggaggtggagcacggggatgctcccaagtgggggtc
atcagggcgctgaacgaggctggcatccctgttgacatgattggcggaacatccatcggg
tccttcatgggcgccctgtatgcagaggagcgcagctacacccagatgaggatcaaagcc
cgtcagtgggccatgaatatgaattcggtgttcaaaacagttctagatttgacctacccc
atcacctccatgttctccggagcctcgttcaataacggtgtcagggacatcttcaaagat
aagcagatcgaggacctctggattcctttcttcatcatcacaacggacatcaccgcctcg
gctatgagggtccacaccgatggctgtctgtggcgttacatcagggccagcatgtctctg
tctggttatctgccccctctctgcgatcccaaagacggtcatctcctaatggacggtggt
tacatcaataacctcccagcggacgttgcaaggtcaatgggagccaagatagtcattgcc
atcgacgtgggtagcagggacgagacggacctcaccaattacggagacgcgctttctggc
tggtggctgctgtggaaacggtggaacccattagtcgagaaagtgaaggtgctgaacatg
gctgaaatccaaactcggctggcttacgtctgctgcgtccggcagttggagatggtcaag
aacagtgactattgtgaatatatccgaccacccattgatcgctacggcacgctggacttt
gggaagttcgatgaaatctgcgaagtcggctaccagcacgggaggacggtttttaatgtt
tggtgcaggagcggagtcctcgacaaaatgctcgaggacaggcaggaacattgtcagtct
aagccgtcatgctacatgacgtgccccacgacctctttcacggatttggcggaaatagtc
tcccgaattgagccagtgaaggccgtcataatggacgatgaatccgactaccagactgaa
tacgaggaggaatttcttgacaaccagagggatgattatgtcaatttcctgagcagccag
actgaagaaaactccgactcccaggatcaagaagtccggctaaggaagcctgtccgtggg
gactccgaagacagccaactagcagcgtaa

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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 (21)   
   KEGG ORTHOLOGY (1)   
   RefGene (17)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (49)   

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