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生物膜、贝壳、骨骼组织等天然生物系统,能根据环境信号形成多功能、多尺度的生物与非生物成分集合体,比如骨骼,就是由矿物质、活细胞及其他物质组成的矩阵。3月23日出版的《自然-材料》杂志介绍了美国麻省理工大学工程师的最新成果,他们受这些天然材料的启发,合成出包含生物成分和非生物成分的活性生物材料。其中的活细胞能对环境起反应,产生复杂的生物分子,非生物材料能导电或发光。据物理学家组织网报道,研究人员通过给细
Biofilms, shells, skeletal tissues and other natural biological systems can form multi-functional and multi-scale aggregates of biological and non-biological components based on environmental signals, such as bones, which are composed of minerals, living cells and other substances. March 23 published in the “Nature - Material” magazine introduced the MIT engineer the latest achievements, they are inspired by these natural materials, synthesis of biological and non-biological components of living biological materials. One of the living cells can react to the environment, produce complex biological molecules, non-biological materials can conduct electricity or light. According to the Physicists Network, the researchers passed to fine