Lipases (Triacylglycerolacylhydrlas

Lipases (Triacylglycerolacylhydrlases,EC3.1.1.3)catalyzereac-
tions suchaspartialorcompletehydrolysisoftriacylglyceroland
lipid esterification, transesterification andinteresterification (Colla
et al.,2010). Thesevariedcatalyticpropertiesgeneratedinterests
in highproductionoflipasesinvariousindustriesfortheirappli-
cations asadditivesinfoodindustry, fine chemicalsynthesis,
pharma, detergents,cosmetics,leatherprocessing,biodieselpro-
duction, biomedicalassaysandwastewatertreatments(Colla
et al.,2010; Burkertetal.2004; Elibol andOzer2000; Kamini
et al.,2000). Despitecoldactivelipaseproducingbacteriaand
yeastarereportedfromaroundtheglobe,productionofcoldac-
tivelipasesisunderexplored(Joseph etal.,2007). Theabilityof
cold activeenzymestocatalyzereactionsatlowormoderate
temperatureprovidesindustrialandbiotechnologicalpotential
(Gomes andSteiner,2004).Coldactiveenzymeshaveadditional
advantagethattheycanbeinactivatedbytreatmentatlowtem-
peratureforshorttimeperiods(Margesinetal.,2002)reducing
energy consumptionandcost.

ผลลัพธ์ (อังกฤษ) 2:

Lipases (Triacylglycerolacylhydrlases, EC3.1.1.3) Catalyzereac-
tions Suchaspartialorcompletehydrolysisoftriacylglyceroland
lipid esterification, transesterification Andinteresterification (Colla
et al., 2010). Thesevariedcatalyticpropertiesgeneratedinterests
in Highproductionoflipasesinvariousindustriesfortheirappli-
Asadditivesinfoodindustry cations, Fine Chemicalsynthesis,
Pharma, detergents, Cosmetics, Leatherprocessing, Biodieselpro-
duction, Biomedicalassaysandwastewatertreatments (Colla
et al., Two thousand and ten; Burkertetal.2004; Elibol AndOzer2000; Kamini
et al., 2 000). etal., 2007). Theabilityof cold consumptionandcost.