CAJ | 학술논문

固定化酶技术作为一门交叉学科技术,在生命科学、生物医学、食品科学、化学化工及环境科学领域得到了广泛应用.新型载体材料的合成是今后固定化酶发展的一个非常重要的研究领域.在酶的固定化中天然材料和智能材料也同样起着重要的作用.随着新技术的发展能够在温和条件下获得高活性的固定化酶已成为现实,如定向固定化酶、超声技术和辐射技术固定化酶等.本文结合自己的工作介绍了固定化酶制备及应用的研究现状和发展趋势.
고정화매기술작위일문교차학과기술,재생명과학、생물의학、식품과학、화학화공급배경과학영역득도료엄범응용.신형재체재료적합성시금후고정화매발전적일개비상중요적연구영역.재매적고정화중천연재료화지능재료야동양기착중요적작용.수착신기술적발전능구재온화조건하획득고활성적고정화매이성위현실,여정향고정화매、초성기술화복사기술고정화매등.본문결합자기적공작개소료고정화매제비급응용적연구현상화발전추세.
The synthesis of novel carrier material for immobilization enzyme is one of the most important research fields for the future development of the enzyme immobilization. The intelligent material and the natural carrier materials also play important roles in enzyme immobilization. Based on the usage of new scientific technology, such as oriented immobilization, immobilization by using ultrasonic and radiation, highly active immobilized enzyme can be got under mild conditions. Together with the authors’ research works, the status of the preparation and applications of immobilization enzyme and its development are introduced.