Novel Surface Processing for Artificial, Cellular and Biomolecular Devices

这项研究是为了完成这一为期三年的项目。探索和实现了基于光化学反应的基本材料和工艺(1)对制造的器件进行改性，以在给定的器件部分提供所需的生物兼容性，以及(2)提供微处理生物传感器的表面功能。这些基于紫外光和脉冲紫外光的微工艺表面技术将作为先进的人造器官和微机械的基础研究加工。

This study was conducted to complete this three-years project. Elemental materials and processes based on photochemical reactions were explored and realized (1) to modify fabricated devices to provide a desired biocompatibility at a given portion of devices and (2) to provide surface functionalities of microprocessed biosensors. These UV-and pulsed UV-based microprocess surface technologies would serve as fundamental research processing for advanced artificial organs and micromachines.