KEGG   Zootermopsis nevadensis (dampwood termite): 110836820
Entry
110836820         CDS       T05136                                 
Name
(RefSeq) neuropathy target esterase sws isoform X1
  KO
K14676  lysophospholipid hydrolase [EC:3.1.1.5]
Organism
zne  Zootermopsis nevadensis (dampwood termite)
Pathway
zne00564  Glycerophospholipid metabolism
Brite
KEGG Orthology (KO) [BR:zne00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    110836820
Enzymes [BR:zne01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.1  Carboxylic-ester hydrolases
    3.1.1.5  lysophospholipase
     110836820
SSDB
Motif
Pfam: cNMP_binding Patatin Cupin_2
Other DBs
NCBI-GeneID: 110836820
NCBI-ProteinID: XP_021934136
Position
Unknown
AA seq 1344 aa
MEVGKVVNHENDKFGSLVLSTWLGNFSVNVQENQGIYLIIVCLFLTVIVGCAMMLARKWK
NKEFLPEVKEFVGVGSTRPRFRKRDKVLFYGRKMLRKVKSISVQVHGGQGKKRKIMMRFA
RRLLQIKKDSTPVQLTVLEPPAEYLEEDITSKDDQRVPPDALYMLQSISFIFRVFGHFEK
PVFLKLCKHTEIINLPAGSYLFKIGDPDENVYVIQNGKVNVFITGSDGTAISLKCVKTGE
SVTSLLSFTDVLTGHTNPYKTVSARAVEDSTVVRLPMAAFQDVFQEYPDIFIRVVQVIMV
RLQRVTFTALHQYLGLSTELMNPGTQRNKKQSPFAGSPVRSRPRDIIPKEDSNIPIAACE
DLVSGASPSDHVDFVPSVSNMHHSFHSLYRGRAKSLLDMKFVQPQSHPQPDMLPEFDHQQ
QTPPQAPDVQPNTKRRISTMPEPVDEETLIRIATETFVKELGLEDDTVLGGKVEIREVPT
GTYLMKEESHKDVALIYVLSGTLVVSQKIADTGQEVTMFVAHPGEIVGGLAVLTGEPSFF
SIRAKHASRIAMISKTTFYSIMRDRPQVVLHIAHTVVRRLSPFVRQVDFALDWVFVESGR
AVYRQGDESDSTFIVLSGRLRSVITQSNGKKELVGEYGKGDLVGIVEMVTQTPRSTTVMA
VRDSELAKLPEGLFNAIKLRFPIVVTRLINLLGHRILGSWQQPNLKHTMDAPPSQGNFST
VAIVPISDEVPLTAFTYELYHSLCAIGSTLRLTSDVIRKSLGSSILDPNNEYRLTSWLAQ
QEDQHKIALYQCDMSFTPWTQRCVRQADCILIVGLADKGPGIGKIEKEVERLTIRTHKEL
VLLHREGADQPKNTVAWLNNRSWVSTHHHIQCSKRMFIRRSQYRINELYMKVLMCEPNIH
SDFSRLARWLSGMSVGLVLGGGGARGAAHVGMIKAIQEAGIPIDMVGGVSIGAFMGALWC
AEKNVTTMTQKAREWSKKLTQWWRQLLDLTYPITSMFSGRDFNQTIFSTFGDTHIEDLWL
PYFTVTTDITASSMRVHTHGSLWRYIRASMSLSGYMPPLCDPTDGHLLLDGGYVNNLPGS
LWCYVRSSMTIAGIFPPFCDPRDGHLLVDGCYVNNVPADVMRSHGAKHILAIDVGSQDDT
DLTNYGDCLSGWWLLWKRWNPFASPVKVPNLPDIQSRLAYVSCVRQLEEVKNSDYCEYIR
PPIDKYKTLQFGSFDEIKEVGYNHGKTYFAGLLKAGLLPIFKPEQGKSYHPHESSCYTFT
DLAQMVCKVARNQYMDESDSEEEYEADEEDAQEVGYVSEPAVGVSDNEKTSVHRRRVGGS
LSLSENELESESVYTTKHSRNNIS
NT seq 4035 nt   +upstreamnt  +downstreamnt
atggaagttgggaaagtagtaaatcatgagaatgacaagtttggatcccttgtattatcg
acatggttgggaaacttttctgtaaacgtacaagagaatcagggcatatacttgattata
gtttgtttgttcttgactgtcatcgttggttgtgcaatgatgcttgctcgaaagtggaag
aacaaagaattcttgccagaagtaaaagaatttgtcggtgttggatcaacaagacctcgt
tttagaaaaagggacaaagtgctgttttatggtcgcaagatgctgcggaaggtgaaatca
atatcagtccaagttcatggaggtcaaggcaagaaacgtaaaataatgatgagatttgct
agaagattgctgcaaattaaaaaggattcaactcctgtacaacttacggtgttggaaccc
ccagcagaatacttagaggaagatatcacaagtaaagatgatcagagggttcctcctgat
gccctttacatgcttcagagcatcagttttattttcagagtgtttggacattttgagaaa
ccagtgttcctgaaactctgcaaacatacagaaataattaatctacctgcgggatcctat
ctttttaaaatcggtgatcctgatgaaaatgtgtatgtgattcagaatggtaaagtgaac
gtgtttattactggatcagatggtactgcaatttctttgaaatgtgtgaaaacaggtgaa
tcagtcacatcacttcttagcttcacagatgtgctcacagggcataccaatccatacaaa
actgtgtctgctcgagctgtggaggactcaacagtggttcgacttcccatggcagcattc
caagatgtttttcaagaatacccggatatttttatcagagtggttcaagtcattatggtc
cgattgcaaagggtgacatttacagcacttcatcagtatctgggactctctacagagctt
atgaatcctggcactcagcgaaataaaaagcagagtccatttgctgggtctcctgtgaga
tccagaccaagagatatcataccaaaagaagacagcaacattcccatagctgcatgcgaa
gacttggtgtctggagcttcgccttcagaccatgttgattttgtgccttcagtgtccaat
atgcatcattctttccattcattatatcgtggtagagcaaaatctctcttggatatgaaa
ttcgtacaaccacagtcccatccacaaccagacatgcttccagaatttgatcatcaacag
caaaccccacctcaggctcctgatgtacagcctaatacaaagcgaagaatttctaccatg
ccagaaccagtagatgaagaaaccttaatacggattgccacagaaacatttgtgaaagaa
cttggacttgaagatgacactgtacttggaggaaaggtggaaatccgtgaggtacccact
ggaacataccttatgaaagaagaatcccacaaagatgtagctttaatttacgtgttgtct
gggacactcgttgtctctcagaagatagcagatactggccaagaagtaacaatgtttgtt
gcccatcctggggaaattgtgggtggtttagctgtcctcactggagaaccaagtttcttt
tctattagagcaaaacatgcatcaagaatagctatgatttccaagactacattctatagc
attatgcgagacaggccacaggtagtattgcacatagctcacacagttgtaagaaggttg
tcaccatttgtgcgtcaagttgactttgctctggactgggtgtttgtcgaaagtggacga
gctgtttataggcaaggagatgaatctgatagtacttttattgttctgagtggccgactg
agatctgttattacgcagagtaatggaaagaaagagctggtcggtgaatatggcaaagga
gatttggtgggaattgttgagatggtgactcagacccctagaagcactactgttatggct
gtgagagactctgagctagcaaaactgccagaagggttgtttaatgctatcaaacttcga
tttccaattgtggttactagactcattaatcttcttggtcataggattctaggttcttgg
cagcaaccaaacctcaaacatactatggatgcaccaccttcacaaggcaatttctctaca
gtcgcaattgttccgatatcagatgaagttcctctcacggcttttacatacgaattgtac
cactcactgtgtgctataggttctactctacgtctgacatcagatgtaatacgaaaatcc
ttgggatcatctattcttgatccaaataatgaatatcgtcttacatcatggctggctcaa
caagaagatcagcacaagattgcactctatcagtgtgatatgagcttcacaccgtggact
cagcgctgtgttcgtcaggctgattgcatattgattgttggtttggcagataaaggacct
ggtattggcaagattgaaaaagaggtggaacggttgacaatacgtactcataaggaacta
gtattgttgcatcgtgagggagctgatcaaccaaagaacacagtagcctggctaaacaac
aggagttgggtctctacacatcatcatatacagtgcagcaagagaatgttcatcaggcga
tctcaatatagaataaatgaattatatatgaaagtgctcatgtgtgaaccaaatatccac
tcagatttctcacgtttggcaagatggctcagtggtatgtctgtaggactggtccttggt
gggggaggtgccagaggagctgcacatgtaggcatgattaaagctattcaggaggctggc
attcctattgacatggtaggtggtgtgagcattggtgccttcatgggagcattatggtgt
gcagagaaaaatgttacaactatgacacagaaagctcgtgaatggtcaaagaaattaact
cagtggtggcgtcagctcctggatttgacttatcctataacatcaatgttttctggaagg
gatttcaatcaaactatcttcagcacatttggggatacacacattgaagatctatggctc
ccttatttcacagtaaccacagacattacagccagctccatgcgtgtccatactcatggc
tcattgtggcggtatatacgagcatcaatgtcactgtcaggctacatgccaccattgtgt
gatccaactgatggacatcttttgttggatggtggatatgtcaacaatctaccaggttca
ttgtggtgttatgtgcgctccagtatgacgatagcagggatatttccacccttctgtgat
cctagagatggacatttactcgtagatggttgctatgtcaacaacgtgccagcggatgtg
atgcgaagccatggagcaaagcacatccttgcaattgatgttggttcccaggatgacacg
gaccttaccaactatggtgactgtctgtcaggctggtggttgctttggaaacgctggaat
ccatttgcatcacctgtaaaagtacctaacctgcctgatattcagtctcgacttgcatat
gtatcctgtgtccgtcagttagaggaagtaaagaatagtgattactgtgaatatatcaga
ccaccaattgacaaatataagacattgcagtttggcagttttgatgaaatcaaggaggtt
gggtataaccatgggaagacatactttgcaggactgctcaaggctggcctgctgcccatt
ttcaaaccagaacaaggaaagtcatatcacccacatgagtcatcttgctatactttcact
gatctagcacagatggtatgcaaggtggctcgcaatcagtacatggatgagtcagattca
gaggaggagtatgaagctgatgaagaagatgctcaagaagtggggtatgtttcagagcca
gcagtgggagtgtccgataatgaaaaaacttcagtgcacagaagacgagtagggggatcc
ctgtctctgtcagaaaatgagctggagtcagagagtgtatacaccacaaaacatagcaga
aacaacattagttag

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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 (214)   
   KEGG ORTHOLOGY (1)   
   RefGene (210)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (7)   
   RefSeq(pep) (7)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (3)   
   Pfam (3)   
All databases (248)   

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