This book offers a comprehensive roadmap for determining when and how to regulate risky reproductive technologies on behalf of future children. First, it provides three benchmarks for determining whether a reproductive practice is harmful to the children it produces. This framework synthesizes and extends past efforts to make sense of our intuitive, but paradoxical, belief that reproductive choices can be both life-giving and harmful. Next, it recommends a process for reconcilingthe interests of future children with the reproductive liberty of prospective parents. The author rejects a blanket preference for either parental autonomy or child welfare and proposes instead a case-by-case inquiry that takes into account the nature and magnitude of the proposed restrictions onprocreative liberty, the risk of harm to future children, and the context in which the issue arises. Finally, he applies this framework to four past and future medical treatments with above average risk, including cloning and genetic engineering. Drawing lessons from these case studies, Peters criticizes the current lack of regulatory oversight and recommends both more extensive pre-market testing and closer post-market monitoring of new reproductive technologies. His moderate pragmaticapproach will be widely appreciated.
Introduction to the debate over risky technologies; Part 1: The Interests of Future Children; Future people matter; Three ways in which reproductive contact can cause harm; The duty to use the safest procreative method available; Treatments too dangerous to use even as a last resort; Treatments that endanger embryos; Synthesis; Part 2: Reconciling Conflicting Interests; Constructing a regulatory framework that respects parental liberty; An introduction to constitutional limits on the regulation of reproduction; Substantive due process doctrine; A critique of the deeply rooted test; The constitutional stature of reproductive technologies; The states interest in protecting future children; Part 3: Applying the framework; Intracytoplasmic sperm injection; Multiple pregnancy; Cloning; Germ-line genetic engineering; Conclusion;
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