Immobilization of enzymes in protein films prepared using transglutaminase.
Masao Motoki, Hiroshi Aso, Katsuya Seguro, Noriki Nio
Abstract
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Masao Motoki, Hiroshi Aso, Katsuya Seguro, Noriki Nio
Abstract
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An asl-casein film prepared using transglutaminase was applied as a support for immobilized enzymes.That is, the enzyme, to be immobilized was added to a mixture of 5%asl-casein and transglutaminase.Before gelation by means of the transglutaminase-reaction, the reaction mixture was quickly spread on a horizontal plate.The immobilized enzyme film was removed from the plate after air-drying.Attempts were made to immobilize several enzymes, such as /?-glucosidase, amannosidase, jS-galactosidase and glucose oxidase.None of the immobilized enzymes lost activity on repeated usage.The enzymes tested were evidently immobilized through entrapment in the lattice of the protein film.Someenzymic characteristics of the immobilized enzymes showedthat this new technique was as good as other knownimmobilization methods.
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An asl-casein film prepared using transglutaminase was applied as a support for immobilized enzymes.That is, the enzyme, to be immobilized was added to a mixture of 5%asl-casein and transglutaminase.Before gelation by means of the transglutaminase-reaction, the reaction mixture was quickly spread on a horizontal plate.The immobilized enzyme film was removed from the plate after air-drying.Attempts were made to immobilize several enzymes, such as /?-glucosidase, amannosidase, jS-galactosidase and glucose oxidase.None of the immobilized enzymes lost activity on repeated usage.The enzymes tested were evidently immobilized through entrapment in the lattice of the protein film.Someenzymic characteristics of the immobilized enzymes showedthat this new technique was as good as other knownimmobilization methods.
Key concepts: Tissue transglutaminase, Chemistry, Enzyme, Immobilized enzyme, Casein, Glucose oxidase, Chromatography, Biochemistry