主讲嘉宾：Ashutosh Tiwari 教授
主持人：金永东 教授
时间：2025年4月3日 周四 上午9: 00-11: 00
地点：深圳大学丽湖校区A2-517（1）会议室

主讲嘉宾简介：
Ashutosh Tiwari 教授担任瑞典先进材料研究所和国际先进材料协会 （IAAM，2000年成立）的创始成员和秘书长。IAAM是一个非营利科研组织，在150多个国家拥有100，000多名成员，Tiwari教授作为组织的主席，在推动全球材料研究和技术方面发挥着至关重要的作用。Tiwari教授主要研究生物传感和生物电子学，在知名国际期刊上发表SCI论文500篇和著作50本。在材料、能源、纳米技术气候政策和转化研究方面的授权多项专利。他的H指数为55，引用次数超过9000次，被斯坦福大学列入世界前2%的科学家名单。他在美国、英国、瑞典、印度、日本和中国担任顾问、科学家、兼职教授和高端专家等重要职务。

报告简介：
Recent advancements in biosensor technology, combined with sustainability efforts, are shaping the future of healthcare diagnostics. Digital biosensors are revolutionizing real-time disease detection and biochemical analysis through innovations in miniaturization, automation, and multiplexing. Flexible, wearable, and portable biosensing platforms now integrate seamlessly with smartphones and smartwatches, allowing for continuous monitoring and enabling personalized healthcare. Artificial intelligence (AI) and machine learning (ML) further enhance data interpretation, leading to precise point-of-care diagnostics and efficient patient management. Combined with Internet of Things (IoT) ecosystems, these integrated biosensing devices demonstrate significant market potential, offering more accessible and comprehensive medical solutions. The lightweight and disposable platforms further help to reduce waste while allowing rapid, sensitive, and robust measurements across various clinical analytes. Researchers are developing net-zero, point-of-care products that align with global sustainability goals, utilizing paper-based electrodes and renewable materials. This talk will explore the synergy between integrated digital healthcare bioelectronics and paper-based analytical devices, highlighting emerging trends, device performance, and the challenges of commercialization. A comprehensive overview of biosensing innovation will showcase advancements in design, materials, and AI-driven analysis, demonstrating how modern medical diagnostics can coexist with a commitment to environmental responsibility. Ultimately, intelligent and sustainable point-of-care devices powered by digital technologies promise to transform personalized healthcare and create climate-neutral diagnostic pathways for a healthier, more sustainable global future.