Abstract Currently, advanced biomaterial design solutions often have more than two kinds of nanotechnology design strategies, but there is no suitable classification to describe these designs systematically. Based on the material design ideas and the modes of implementing functions, this article exemplifies and proposes a new nanotechnology classification that includes physical properties, the chemical reactions that respond to the microenvironment and bio-inspired incorporation. If two or more nanotechnology designs in the same classification are to be integrated into the same biological material, it is necessary to analyze the integration conflict between the designs. With the development of big data, this classification method may help researchers and artificial intelligence to realize automated integration of multiple designs and provide new material nanotechnology design integration solutions.

中文翻译：

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一种用于生物材料设计集成的纳米技术分类新方法

摘要 目前，先进的生物材料设计解决方案往往有两种以上的纳米技术设计策略，但没有合适的分类来系统地描述这些设计。本文基于材料设计思想和实现功能的模式，举例并提出了一种新的纳米技术分类，包括物理特性、响应微环境的化学反应和仿生掺入。如果要将同一分类中的两个或多个纳米技术设计集成到同一生物材料中，则需要分析设计之间的集成冲突。随着大数据的发展，