| 英文摘要 |
The establishment and development of human biobanks have become essential infrastructure for advancing biomedical research. Biobanks not only accelerate the progression of disease studies and the formulation of treatment strategies but also provide indispensable resources for emerging fields such as genomics and personalized medicine. However, the expansion of biobank scales has introduced significant legal and ethical challenges, including privacy protection for participants, the legal basis for sample utilization, and the validity of informed consent, all of which require thorough analysis and reform. This study focuses on three core issues: (1) the legal foundations of informed consent systems and the applicability of phased informed consent; (2) the design and regulatory efficacy of data privacy protection measures; and (3) the ownership of biological samples and the fairness and transparency of benefit-sharing mechanisms. By analyzing the regulatory frameworks and management models of the United Kingdom, Japan, and Taiwan, the study evaluates how each jurisdiction balances the protection of participants’ rights with the advancement of scientific research. Additionally, the research critically examines the Nuremberg Code, Declaration of Helsinki, Belmont Report, and Taipei Declaration, assessing their influence on the legal practices of biobanks across different jurisdictions and identifying potential gaps within Taiwan’s《Human Biobank Management Act》. This study further explores international developments in informed consent models, specifically ’’Multi-stage Informed Consent’’ and ’’Dynamic Consent,’’ analyzing their practical applications and their roles in enhancing participant decision-making flexibility and ensuring data usage transparency. Based on these findings, the study proposes legislative recommendations, including the introduction of Multi-stage informed consent mechanisms, to provide comprehensive guidance for the practical implementation and legal regulation of informed consent in Taiwan’s human biobanks. |