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Exploring the Bisphenol A Paradigm: Historical Evolution, Environmental Presence, Pharmacokinetics, and Societal Impact
Summary
This comprehensive review traces the history of bisphenol A (BPA) from its development as an industrial chemical to its widespread use in plastics and epoxy resins, alongside growing recognition of its endocrine-disrupting properties. The authors examine BPA's environmental persistence, routes of human exposure, and associations with hormonal and metabolic health effects. The review also addresses regulatory responses and the contested safety of BPA substitutes.
Bisphenol A (BPA) is a phenolic compound molecule found in the daily lives of people worldwide. The significance of BPA has grown considerably in recent decades, despite its known properties as an endocrine disruptor for over 80 years. This chapter will delve into the paradigm of BPA, examining its history, its presence in the environment, its pharmacokinetics, and how it has impacted contemporary society. The growing body of evidence has led to a significant societal shift, prompting the enactment of new laws that restrict or ban the use of BPA. As a result, the industry has started to employ structurally analogous alternatives whose estrogenic properties may be comparable to those of BPA itself. Consequently, it is imperative to prioritize the investigation of these novel molecules while governments implement the precautionary principle. This strategic approach is essential for shielding the population from potential new risks associated with these emerging compounds. Timely institutional action and the minimization of exposure to emerging endocrine disruptors can effectively prevent or mitigate numerous health impacts on the population, particularly among younger generations.