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Microencapsulation using vibrating technology

机译:使用振动技术的微囊化

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摘要

For over a half a century now, microencapsulation has played a very important role in many industries and in the recent decades, this versatile technology has been applied to numerous biotechnology and medical processes. However, successful application in these areas requires a methodology which has the capability to produce mono-dispersed, homogenous-shaped capsules, with a narrow size distribution, using a short production time. The manufacture of capsules using vibrating technology has gained significant interest mainly due to its simplistic approach to produce homogenous microcapsules with the desired characteristics for biotechnological and medical processes. However, certain limitations still exist for this methodology, which include the inability to manufacture microcapsules at large quantities and/or using highly viscous polymers. In this review, a detailed description of the theoretical and practical aspects behind the production of different types of alginate-based microcapsules, for application in biotechnological and medical processes, using vibrating technology, is given.
机译:在过去的半个多世纪中,微囊封装在许多行业中发挥了非常重要的作用,并且在最近的几十年中,这种通用技术已应用于众多生物技术和医学过程。然而,在这些领域的成功应用需要一种方法,该方法具有使用较短的生产时间来生产尺寸分布窄,单分散,均质形状的胶囊的能力。使用振动技术制造胶囊引起了极大的兴趣,这主要是由于其采用简单的方法来生产具有生物技术和医学过程所需特性的均质微胶囊的方法。但是,这种方法仍然存在某些局限性,包括无法大量生产微胶囊和/或使用高粘度聚合物。在这篇综述中,对使用振动技术生产用于生物技术和医学过程的不同类型藻酸盐基微胶囊的背后理论和实践方面进行了详细描述。

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