求翻译：本文阐述了酶生物传感器的基本结构和工作原理；介绍了其研究发展历史；着重探讨了酶的各种固定化技术，并对其优缺点进行了比较，指出磁性纳米颗粒是最具发展前景的技固酶术；详细综述了酶生物传感器在不同领域的最新应用；最后对酶生物传感器的发展前景进行了展望。是什么意思？

This paper describes the basic structure and working principle of the enzyme biosensor; its research and development history; focused on the enzyme immobilization technology and its advantages and disadvantages are compared, pointing out that the magnetic nanoparticles is the most promising technolo

This article explains the basic biological enzyme structure and how it works; on the history of the research and development focuses on a variety of fixed, the more technical, and its strengths and weaknesses, and pointed out that magnetic nano particles are the most promising technology; the more d

This article elaborated the enzyme biosensor basic structure and the principle of work; Introduced its research development history; Has emphatically discussed the enzyme each kind of fossilization technology, and has carried on the comparison to its good and bad points, pointed out magnetic nano pa

This explained has enzyme bio sensor of basic structure and work principle; describes has its research development history; focused on discussion has enzyme of various fixed of technology, and on its advantages and disadvantages for has comparison, pointed out that magnetic nano particles is most wi

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