KEGG   Cryptococcus gattii: CGB_D7190W
Entry
CGB_D7190W        CDS       T02232                                 
Name
(RefSeq) serine esterase
  KO
K14676  lysophospholipid hydrolase [EC:3.1.1.5]
Organism
cgi  Cryptococcus gattii
Pathway
cgi00564  Glycerophospholipid metabolism
Brite
KEGG Orthology (KO) [BR:cgi00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    CGB_D7190W
Enzymes [BR:cgi01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.1  Carboxylic-ester hydrolases
    3.1.1.5  lysophospholipase
     CGB_D7190W
SSDB
Motif
Pfam: cNMP_binding Patatin
Other DBs
NCBI-GeneID: 10189602
NCBI-ProteinID: XP_003193783
UniProt: E6R4J3
Position
D:join(1608796..1609209,1609264..1610029,1610076..1611232,1611290..1611481,1611541..1611602,1611667..1611788,1611841..1611896,1611952..1611994,1612051..1612353,1612410..1612566,1612628..1612664,1612716..1612845,1612932..1612993,1613052..1613550,1613745..1613888,1613941..1614097,1614147..1614209,1614260..1614515)
AA seq 1539 aa
MVRMLQYSLTISLGFPHLLALFAGVLLALFFLIRYRYLTRYAQLKESALPPPSPPVLSSR
LLPLDGDGLGLPDSRSQTSSFHNYLDDFLSAIRVFGYLEKPVFHELSRHLQTRRLAAGDT
LEIGGGEFWCVVEGKVQVFAPDASPQGTPTPSSDTNTPIRPSFNGYHLLNEVSTGGTLSS
LFSILSLFTEDIKLSWRNSADDEGEEEQIFQGVAEQSSAKLRVKRANSDVSQLGPDCIGI
RAIDSTSLPESIDGHRDTSISRSCRERSSSIDAAGETVHRREGIHSSASLPLSSTEPSSP
RRSQSLRSSPRLNSATNLLSSQSEHLRSSMPRKAGLEIGSKALKGTIARATEDTTLAVIP
AAAFRKLTRKFPKASGTVVQVVLERFSRVTFMTAHKYLGLTREILQTESSLNRLVTHPLP
RSFYTGGGMQALRERFQPEARAKGSINYDSMKSSPNARVSSKDYFNYVPESPTVKAPSLP
AMTPKPFSPITHKTPLGQTATTPAKNECHNGGASVSSFNLSAASAISPDASLRHATPFIR
RTSAMRQQVAAGDLAMSVHNLPDQSGQAYYRPTAITPGLSKMDTWQQRYSNTWSMNDLPH
INGQPVDPQGDGESLLNETFDLKEAVLNSIAKSIGLYQESENNADTIARSSLAPSVSALS
TPNSPMFPPNSGTPLQGSTRSRPPHFGNVLDLINASAQNESVIEGMLREAAFNSRPDDEA
SSVSMSLRDSQGGASGGDRKIMKDLERHVEILFFKKDSVLVKEGERSPGMYYVIDGFLET
SLPVRSTNSNQENPNSTKGSQNGQSSFGSSSERPFKTALGLDTSKGKGLDDGSKKEETLF
TVKPGGIAGYLSSLCCTDSYVDITAKTDCFVGFLPHHTLERIIERRPIVLLTLAKRLLSL
LSPLVLHIDAALDWQQLNAGQVLYEKGDKSTDFYIVINGRLRAFTEKDGNMHVLREYGQN
DSIGELDVITAVDRSDTVHAIRDSELVRIPAALFDAISIKHPETTIQFMRLIAGRVRRAL
GDETNGRVPGLPTTDMNLKTVCVLGSTRNVPVAQFAGKLKNALEEIGASTSYLDQATVMR
HLGRHAFARIGKLKVAGWLADQEQHYRTVLYVADSPPASQWTLTCIRQADLVLIVSMGDD
PSLGEYELILLHDERTVAPGSTRQWLSNRPWIQTHYHVELPGVVTPARPIPPVHDAAAIA
AFKHLREQVETRIKKYRRLRPFTRPRRPAHMNDFARIARRLCGQQIGLVLGGGGARGISH
IGMLQALEEFGIPIDAIGGCSIGSFVGGLYARETDLLETAGRTKQFSGRMGSMWRILSDV
TYPFVSYTTGHEFNFWIPFFANSTNITHSRMEVHRTGYAWRYVRASMTLAGLLPPLSDNG
NLLVDGGYMDNTPIQPLRENGIRDIIVVDVGSIDDTSPRDYGDSVSGWWIFFNRLNPFYE
RRVLSMTEISSRLTYVSSVKTLEGVKATPGCHYIAMPVQQFDTLGGFKRFSEVLEIGLKA
GRETLKKWKEEGTLPTGLVDEAKGSKAVQRGNRLRRMSI
NT seq 4620 nt   +upstreamnt  +downstreamnt
atggtccgtatgctccagtacagcctgaccatctcactcggctttccacatctccttgcc
ttatttgccggcgtgcttctcgcgctcttcttcctcataaggtaccgctaccttacacgc
tatgcccagttaaaggagtcagctttaccacctccgtctccacctgtactctctagccgc
ctattgcctttagacggggacgggcttggtttgccagattctaggtcgcaaacatcatca
tttcataattaccttgatgatttcctctcggctatcagagtatttggctatttggagaaa
ccagtattccatgagttgagtcgacatttgcaaactaggagacttgccgcgggcgatacg
ctagaaattggtggcggtgagttctggtgcgttgtggaaggcaaggtgcaagtgttcgct
ccggatgcttctccacagggaaccccaacgccttcttccgataccaacacccctataagg
ccttccttcaacggttatcatctccttaatgaagtatccacaggcggcactctctcatct
cttttctcgatcctttccctatttactgaagatataaagctttcatggagaaattctgca
gatgatgaaggcgaagaggagcaaatttttcaaggtgttgctgaacagtcatcggcgaag
ttgagggttaaaagggcaaattcagatgtaagccaactggggccggactgtattggaatc
cgtgcaatagattcgacctctctccctgaatcaatcgatggccatagagacacaagtatt
tcccgaagttgcagagaacgatcgtcttctatagacgctgctggtgaaacagttcacaga
agagaaggcattcattcaagcgcctccctgcctctttcaagtacggagccttcttctcca
cgacgttctcagtctcttcgttcttcacctcgcctgaactctgctacgaacttgttatcc
tctcaatctgagcacctacgatcttcgatgccaagaaaggcggggttagagatcggatca
aaagcgctgaaagggaccattgcacgggcgacggaggatacaacactcgcagtgattcct
gctgcagcttttcgaaagctaaccaggaaatttccgaaagccagcgggacagtcgtgcag
gttgtcttggaaaggtttagccgtgttacattcatgacagcacacaaatatctcggtttg
actcgcgaaattctacaaacggaatcatctcttaaccggctagtgactcatcccttacca
cgctcattttacactgggggaggtatgcaagctttgcgcgagcgcttccagccagaagcg
cgggcaaaagggagcataaactatgactcaatgaaatcctcgcctaacgccagagtgtct
agtaaagattacttcaactacgtgcctgaaagtccaactgtcaaagctccttccttacct
gcgatgacccccaaacccttctctcctatcactcataaaacccctttgggacagacagcg
acgactcctgctaaaaatgaatgccataatggcggtgcctcggtatcatcatttaatctc
tcagcagcttccgcaatcagtcctgatgcgagcttgcgccacgccactccattcatccgt
cgtacatcagccatgcgccaacaggtggctgctggtgatctcgcaatgtctgtgcataat
ctgcctgatcaatctggccaagcatactatcgtccgactgcgatcacccccggtctttca
aaaatggatacttggcaacagcgatattccaacacctggagtatgaatgatttaccccac
atcaacggtcaacctgttgatccccagggagatggcgaatcccttctgaatgagacgttc
gatttgaaagaagcggtcctcaacagtatagccaaatcaatcggactgtatcaagagtcc
gagaataacgctgacacgatcgctcgctcttccctggctccatcagtgagcgcgttgtca
actccaaactctcctatgtttcctcctaattccggcactccgttacaaggaagtacgcgt
tctcgccctccgcattttggcaacgttcttgacctgataaacgcatctgcccaaaacgag
agtgtcatcgagggtatgttgcgagaagccgctttcaactcccgtccagatgacgaagct
agtagtgtctctatgagcctccgtgactctcaaggaggagctagcggcggggataggaag
ataatgaaagatctggaacgacatgtagagattttgttcttcaagaaagatagcgtactg
gtaaaggaaggagagaggtcaccaggcatgtactatgtaatagatggtttcctggagacg
tctcttcctgttcgcagcacaaattccaaccaggagaatcctaattcaaccaaagggagc
caaaacggccagtcaagttttggaagttcgagtgaaaggcctttcaaaacggctctgggc
ctggatacttccaagggaaagggattagatgacgggtctaagaaggaggaaaccctattt
accgtcaagcctggtggtatcgctggatatctctcttccctttgctgtacagattcatat
gtcgatatcacggccaaaacagattgctttgtcggttttcttccccaccacactctggag
agaatcattgagcgacgaccaatcgttctgttgacattggcgaagagattgctatcccta
ttgtcgcctcttgtccttcacattgacgcggctctggattggcaacaattaaacgccgga
caagtcttatatgagaaaggcgataaatcaacagacttctacatcgtcattaatggtcgt
cttcgagcgttcactgaaaaggacggtaatatgcacgtgctccgtgaatatggacaaaat
gactctatcggtgaactcgatgtgataacggctgtcgatcgctcggacactgttcatgcc
attcgagattctgagcttgtgcgtattccggccgcattatttgatgcaatcagcatcaaa
caccccgaaacgacgattcagttcatgagattgatcgccggtagggtaagaagagctttg
ggagatgagacgaacgggcgagttcctggcttaccgactacagacatgaacctcaaaacg
gtgtgcgtacttggctctacgaggaatgttccagttgcgcagttcgctggtaaactcaaa
aatgcgttggaggagattggggcgtctacgtcgtacttagaccaggctaccgtgatgcgg
catctcggtaggcatgcgtttgcccgtattggtaaacttaaggtagcagggtggcttgcc
gatcaagaacaacattataggacagttctctatgttgccgactctcctccagccagccaa
tggactctgacttgcattcgccaggctgatctggttctgatcgtttccatgggcgatgac
ccttctctgggcgaatacgaattgattttgctccatgacgaacggactgttgctccagga
tcgacacgtcaatggctcagcaatcgaccatggatacaaacgcattatcacgtagaattg
cctggagttgtgacgcccgctcgccctatacccccagtgcacgatgcagcagccatcgca
gccttcaaacatcttcgcgagcaagtggaaacacgcataaagaagtatcgccgtctgcgg
ccatttactcgccctcgccgtcctgcccacatgaacgactttgctcgaatagctcgtcgt
ctatgtggccagcaaattggcctcgttcttgggggagggggcgcacgaggaatttctcat
attgggatgctacaggcccttgaagaatttggtatcccgatcgacgcaattggaggctgt
tcaattggcagctttgtagggggcttatacgcaagagaaactgatctattggagacagcg
gggaggactaagcaattctccgggaggatgggatcgatgtggaggattctaagcgatgtc
acttacccatttgtttcatatactaccggtcatgagttcaatttttggatacctttcttc
gccaattcgacgaatatcacacattcgcgcatggaagtgcatagaactggatatgcgtgg
agatacgttcgcgcttctatgactcttgccggtctattaccacctctttcggacaatggc
aatttacttgttgatggtggatacatggacaacactccaattcagcctttgcgtgagaat
ggtatccgtgatatcattgttgtggatgtcggttcaatagatgacacttctccgagagac
tatggtgactcagtctcaggatggtggatcttcttcaataggttgaacccgttttacgaa
aggagggtcctatcaatgacagaaatttcatcacgacttacctacgtctcgagtgttaag
acgttggagggggttaaagcaacccccggctgtcattacatcgccatgcctgttcaacaa
ttcgacactctaggcggctttaaacgtttctccgaagttctggaaatcggattgaaggct
ggccgagagacgttgaagaagtggaaagaggagggaacgttgccgactggtttggtagat
gaggctaaaggaagcaaagccgtgcagcgtggaaacaggctcaggcgaatgtcaatttga

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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)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (26)   

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