A recent observational study reveals a concerning link between rising temperatures and the prevalence of women's cancers in the Middle East and North Africa (MENA) region.
The MENA region's warming trends have led to increases in average temperatures, influencing the epidemiology of breast, ovarian, uterine, and cervical cancers.
Research shows a significant correlation between temperature increases and rises in cancer diagnoses and fatalities among women in seventeen countries, including Algeria, Egypt, and Saudi Arabia.
Physiological vulnerabilities in women's reproductive health are exacerbated by thermal stress and environmental changes associated with climate change.
The study highlights a substantial public health challenge as temperatures impact ovarian and breast cancer mortality, leading to thousands of additional cases and deaths over time.
Climate change exacerbates cancer risks through environmental degradation, air pollution, water scarcity, and delays in early diagnosis and treatment within fragile health systems.
Spatial differences in cancer trends across the MENA region suggest that localized factors, urbanization levels, and healthcare access disparities influence vulnerability to temperature-related cancer increases.
Improved cancer screening does not fully explain rising prevalence rates, indicating increased exposure to risk factors as a driving force behind the upward trajectory of cancer incidence and mortality.
Biological mechanisms linking thermal stress to carcinogenesis involve oxidative stress, DNA damage, inflammatory responses, and disruptions in endocrine function and infectious agent patterns.
The study underscores the need for climate-resilient health systems to mitigate the complex interactions between climate change and women's cancer epidemiology in the MENA region.