Section 1 纳米材料简介(3 学时)
从纳米材料的起源、定义、类型以及工具进行综合性的介绍。
Section 1 Introduction
Introduction to nanomaterials, including origin, definition, types, and tools of nanotechnology.
Section 2 纳米生物表征(3 学时)
常用的几种生物表征手段。
Section 2 Biological Characterization of nanomaterials
Methods for biological characterization of nanomaterials.
Section 3 纳米材料合成(3 学时)
简单介绍不同纳米材料的合成方法。
Section 3 Fabrication methods
Introductions to different synthetic methods of nanomaterials.
Section 4 纳米生物分析(3 学时)
主要介绍纳米技术在生物蛋白质检测与核酸检测方面的应用。
Section 4 Nanomaterials for biochemical assays
Introductions to applications of nanotechnology in protein and DNA detection.
Section 5 纳米材料表面修饰(3 学时)
介绍几种纳米材料表面修饰,通过不同表面修饰的纳米材料具有不同生物活性说明其应用价值。
Section 5 Modification of nanomaterials
Introductions to surface modification of nanomaterials and applications to adjusting the surface
modification of nanoparticles to regulate its biological properties.
Section 6 纳米生物 MEMS/NEMS(3 学时)
从原理、制作工艺、应该简单介绍纳米生物 MEMS/NEMS。
Section 6 BioMEMS/BioNEMS
Introduction to BioMEMS/BioNEMS, including design, fabrications, and applications.
Section 7 微流控芯片简介(3 学时)
从原理、制作工艺、应用简单介绍微流控芯片。
Section 7 Introductions to microfluidics.
Introduction to microfluidics chip, including design, fabrications, and applications.
Section 8 构建组织的体外模型/组织工程(3 学时)
基于微流控芯片的体外模型构建,以及一些应用实例。
Section 8 Construction of in vitro models of tissues based on microfluidic.
In vitro models for tissues and tissue engineering based on microfluidics with some examples.
期中小组汇报(3 学时)
以小组为单位,组内讨论并选择与课堂内容相关的课题,在课堂中进行展示。