垂坠脂质体系统进入内部溶液

T. Osaki, K. Kamiya, R. Kawano, S. Takeuchi
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引用次数: 1

摘要

本文旨在开发一种垂坠脂质体系统,该系统允许访问形成的脂质体的内部和外部溶液。内部溶液的通道是通过在基底上制造的通孔来实现的,该通孔被设计在垂坠状的圆顶状脂质体下面。形成一个均匀大小的脂质体阵列是基于我们以前的工作,应用电喷雾沉积技术的脂质微图图化。通过脂质模式的再水化,我们可以观察到覆盖在孔上的圆顶状脂质体阵列的形成和脂质体的释放。我们进一步打算用开发的系统交换内部溶液和/或封装生物成分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pendant liposome system to access the internal solution
This paper aimed to develop a pendant liposome system that allows the access to both internal and external solutions of the formed liposomes. The access to the internal solution was achieved by a through-hole fabricated on the substrate, which was designed underneath the pendant-like, dome-shaped liposome. The formation of a uniform-size liposome array was based on our previous works that applied an electrospray deposition technique for a lipid micropatterning. With rehydration of the lipid pattern, we could observe a formation of a dome-shaped liposome array covering over the holes and a release of the liposomes. We further intend for exchanging the internal solution and/or encapsulating biological components with the developed system.
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