Preserving human potential as freedom: a framework for regulating epigenetic harms.

Area of Science:

• Epigenetics and its role in gene expression.
• Interplay between environmental exposures and inheritable traits.
• Socio-legal implications of epigenetic modifications.

Background:

• Epigenetics influences gene expression without altering DNA, affecting development and disease.
• Epigenetic changes can be heritable, impacting future generations.
• Distinguishes between nature and nurture by linking experiences to biology.

Purpose of the Study:

• To argue that epigenetic risk extends beyond medicine, implicating social contract fairness and justice.
• To explore the impact of epigenetic risks on individual capabilities and life choices.
• To advocate for a regulatory framework addressing epigenetic harms.

Main Methods:

• Utilizes the Capabilities Approach (CA) to analyze epigenetic risks.
• Examines the limitations of tort law in addressing epigenetic harm.
• Proposes a shift in regulatory focus towards preventative measures and data generation.

Main Results:

• Epigenetic risks affect free choice, avoidability, and societal distribution.
• Current legal and regulatory systems are ill-equipped to handle epigenetic harms.
• Conclusive proof of disease causation is not necessary to initiate regulatory action.

Conclusions:

• A proactive regulatory framework is imperative to manage epigenetic risks.
• Shifting the burden of proof to producers of harmful substances is a necessary first step.
• Policy must dynamically evolve to promote knowledge, modify regulations, and protect human capabilities equitably.