Biocatalysts have innumerous advantages with respect to classical chemical processes, such as high specificity. Lipases (EC 3.1.1.3) are biocatalysts with large application in synthesis and hydrolysis reactions of triacylglycerols. The search for new sources of lipases has been intensified in the last years due to the high cost of microbial and animal lipases, wich restricts their use on an industrial scale. Lipases obtained from the latex of Carica papaya, Carica pentagona, Euphorbia characias, E. wulfenii, known for their proteolytic properties, are a good alternative source. In this review, we describe the well-known sources of vegetal lipases extracted from the latex and present some of their industrial applications.939
Las microalgas son fuentes de lípidos con potencial en producir biocombustibles y suplementos alimen...
The production of ethyl esters by alcoholysis is an alternative for splitting triacylglycerols due t...
Monoacilglycerides and diacilglycerides are produced through lipase-catalyzed glycerolysis of soybea...
Os enzimas lipases (E.C.3.1.1.3) pertencem à família das serinas hidrolases, que por sua vez incluem...
Lipases são enzimas que catalisam a hidrólise de triacilgliceróis em ácidos graxos, mono e diacilgli...
De entre as espécies de leveduras, Yarrowia lipolytica é uma das maiores produtoras de proteínas ex...
Lipases are enzymes that hydrolyses the esters in glycerol, often used for biotechnological and indu...
Plant lipases are highly versatile biocatalysts due to their chemo-selectivity, enantio-selectivity,...
The use of lipases in large scale processes is limited due to their high cost. The reuse of the cata...
Orientador : Prof. Dr. Luiz Pereira RamosCo-orientadora : Profª. Drª. Nadia KriegerDissertação (mest...
A aplicação de lipases fúngicas, produzidas por Fermentação no Estado Sólido (FES), nos processos in...
214 p.-74 fig.-39 tab.[EN] Lipases and esterases are versatile biocatalysts and the most used kind o...
Las carboxil esterasas E.C. 3.1.1.1. y lipasas E.C. 3.1.1.3. son biocatalizadores versátiles porque ...
A aplicação de lipases fúngicas, produzidas por Fermentação no Estado Sólido (FES), nos processos in...
Biodiesel, a fuel produced from renewable sources, is a sustainable substitute to meet the growing g...
Las microalgas son fuentes de lípidos con potencial en producir biocombustibles y suplementos alimen...
The production of ethyl esters by alcoholysis is an alternative for splitting triacylglycerols due t...
Monoacilglycerides and diacilglycerides are produced through lipase-catalyzed glycerolysis of soybea...
Os enzimas lipases (E.C.3.1.1.3) pertencem à família das serinas hidrolases, que por sua vez incluem...
Lipases são enzimas que catalisam a hidrólise de triacilgliceróis em ácidos graxos, mono e diacilgli...
De entre as espécies de leveduras, Yarrowia lipolytica é uma das maiores produtoras de proteínas ex...
Lipases are enzymes that hydrolyses the esters in glycerol, often used for biotechnological and indu...
Plant lipases are highly versatile biocatalysts due to their chemo-selectivity, enantio-selectivity,...
The use of lipases in large scale processes is limited due to their high cost. The reuse of the cata...
Orientador : Prof. Dr. Luiz Pereira RamosCo-orientadora : Profª. Drª. Nadia KriegerDissertação (mest...
A aplicação de lipases fúngicas, produzidas por Fermentação no Estado Sólido (FES), nos processos in...
214 p.-74 fig.-39 tab.[EN] Lipases and esterases are versatile biocatalysts and the most used kind o...
Las carboxil esterasas E.C. 3.1.1.1. y lipasas E.C. 3.1.1.3. son biocatalizadores versátiles porque ...
A aplicação de lipases fúngicas, produzidas por Fermentação no Estado Sólido (FES), nos processos in...
Biodiesel, a fuel produced from renewable sources, is a sustainable substitute to meet the growing g...
Las microalgas son fuentes de lípidos con potencial en producir biocombustibles y suplementos alimen...
The production of ethyl esters by alcoholysis is an alternative for splitting triacylglycerols due t...
Monoacilglycerides and diacilglycerides are produced through lipase-catalyzed glycerolysis of soybea...