Leveraging the innate piezoelectricity of Silk Fibroin can be beneficial for the development of smart sustainable electronics for wearable and implantable biotechnologies. The review proposes various strategies that can be potentially used to tailor the piezoelectricity of Silk Fibroin to match its performance to traditional piezoelectric materials either by modification of secondary structure or by functionalization.

中文翻译：

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对用于绿色生物电子学的丝绸的可调谐先天压电性的洞察

利用丝素蛋白的先天压电性有利于可穿戴和可植入生物技术的智能可持续电子产品的开发。该综述提出了各种策略，这些策略可用于通过修改二级结构或功能化来定制丝素蛋白的压电性，使其性能与传统压电材料相匹配。