首页> 外文会议>Micro Electro Mechanical Systems (MEMS), 2009 IEEE 22nd International Conference on; Sorrento,Italy >Nanofibrous Surface Patterning using Nano-Meshed Microcapsules Induced by Phase Seperation Assisted Electrospray
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Nanofibrous Surface Patterning using Nano-Meshed Microcapsules Induced by Phase Seperation Assisted Electrospray

机译:使用相分离辅助电喷雾诱导的纳米网状微囊的纳米纤维表面构图

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摘要

This is the first report on a nanofibrous surface patterning process using nano-meshed polymer microcapsules for biological applications. The nano-meshed microcapsules were formed using a method named phase separation assisted electrospray. Features of the nano-meshed microcapsules were found to be tunable by adjusting process conditions. Contrary to non-woven mats formed of continuous nanofibers via conventional electrospinning, nano-meshed microcapsule reported herein enabled a single step nanofibrous surface patterning by electrostatic focusing following the microcapsule formation. The biodegradable polylactic acid made microcapsules were patterned onto a glass substrate with up to 500??m resolution and human hepatocyte cells were cultured on the patterned areas to confirm biocompatibility of the microcapsule.
机译:这是有关使用纳米网状聚合物微囊进行生物应用的纳米纤维表面构图工艺的首次报道。使用称为相分离辅助电喷雾的方法形成了纳米网状的微胶囊。发现通过调节工艺条件可以调节纳米网状微囊的特征。与通过常规电纺丝由连续纳米纤维形成的非织造垫相反,本文报道的纳米网状微囊通过在微囊形成之后通过静电聚焦而实现了单步纳米纤维表面图案化。将可生物降解的聚乳酸制成的微胶囊以高达500微米的分辨率在玻璃基板上进行图案化,并在图案化的区域上培养人肝细胞,以确认该微胶囊的生物相容性。

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