Mesoporous organosilicas with large cage‐like pores for high efficiency immobilization of enzymes
Z Zhou, RNK Taylor, S Kullmann, H Bao… - Advanced Materials, 2011 - infona.pl
Z Zhou, RNK Taylor, S Kullmann, H Bao, M Hartmann
Advanced Materials, 2011•infona.plA group of hierarchically ordered PMOs with large cage‐like pores are prepared with
organosilica units including ethylene, ethenylene, and phenylene‐bridged silanes. The
structure and hydrophobicity of these materials are shown to offer significant advantages for
the physical adsorption of lipase from aqueous media and also markedly enhance its
activity.
organosilica units including ethylene, ethenylene, and phenylene‐bridged silanes. The
structure and hydrophobicity of these materials are shown to offer significant advantages for
the physical adsorption of lipase from aqueous media and also markedly enhance its
activity.
A group of hierarchically ordered PMOs with large cage‐like pores are prepared with organosilica units including ethylene, ethenylene, and phenylene‐bridged silanes. The structure and hydrophobicity of these materials are shown to offer significant advantages for the physical adsorption of lipase from aqueous media and also markedly enhance its activity.
infona.pl
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