<![CDATA[Objectives: This review represents a critical and constructive analysis of literature in the content ofgenotoxicity and clastogenicity of Bisphenol A. The review is generated through summary, classification,analysis and comparison of already existing material and researches on field.Methods: Databases as Scopus, PubMed, Medline and Web of Science were used to extract data for thereview. Search terms like “Bisphenol A”, “endocrine disruptors”,”clastogenicity” and “genotoxicity” wereinquired. Out of 350 research articles screened, 60 most relevant studies are included in this review.Conclusion : This review highlights the endocrine disrupting potential of Bisphenol A, thus leading togenotoxic and clastogenic events, especially impacting fragile categories like pregnant women, infants andchildren. BPA induces oxidative stress, inflammatory response, DNA strand break, chromosome aberrationsand epigenetic changes, affecting neuroendocrine and reproductive system, metabolism, immunity, liverfunction, and increases the incidence of thyroid, liver, breast, uterine and ovary cancer.We can conclude that human exposure to BPA, as one of the leading environmental contaminants, representsa major global issue. BPA by its genotoxic and clastogenic potential can be debilitating for human health.Further research on field considering BPA distribution, varying exposure rates, racial disparities and interspecies differences, should be conducted. Avoiding exposure to BPA and finding safer alternatives to refine,reduce or replace BPA in market should remain a priority.]]>
