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RevistaSolid State Sciences
Año2011
Volumen13 (4)
Páginas691-697
Internacional

In-situ immobilization of enzymes in mesoporous silicas

Autores:Esther Santalla , Elías Serra Alonso-Bartol, Álvaro Mayoral , José Losada , Rosa María Blanco Martín
Grupos de investigación:Tamices Moleculares
Lipase from Candida antarctica B, horseradish peroxidase and laccase have been entrapped in silica cages rising mesoporous structures. Lipase and laccase yielded the highest structured mesoporous material whereas horseradish peroxidase may have altered the symmetry giving as a result mesocelullar foam (MCF) type of cages. The possible effect in the final structure of the material of the nature, size and surface structure of the proteins as well as the presence of various additives in the enzyme extracts is currently under investigations.
Palabras clave:Ordered mesoporous materials; Enzyme immobilization; Enzyme entrapment
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