New insights into cardiovascular disease from evolutionary biology

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Progress in reducing cardiovascular disease is stalling in the United States. Development of new ways of preventing and treating cardiovascular disease has proved frustrating recently with several trials of promising interventions, such as vitamin D and anti-inflammatories, failing at a late stage. Moreover, shorter lives in men than women, partly due to higher rates of cardiovascular disease in men than women, remain unexplained.

To address this gap, CUNY SPH Professor Mary Schooling has re-conceptualized chronic disease within well-established evolutionary biology theory. Specifically growth and reproduction trading-off against longevity, possibly in a sex-specific manner, may inform the development of interventions. Consistent with this theory, several of the most effective interventions for , such as statins, do affect the reproductive axis.

To ensure this search for novel interventions for the leading causes of global morbidity and mortality is on a firm footing, Professor Schooling and colleagues tested whether the central driver of reproduction, i.e., gonadotropin releasing hormone (GnRH) increases the risk of ischemic heart disease, using genetically predicted GnRH to reduce bias. Consistent with evolutionary biology theory, the study found that genetically predicted higher GnRH was associated with a higher risk of ischemic heart disease. The findings were published in the journal SSM—Population Health.

"Showing a central tenet of evolutionary biology in humans is very exciting, more importantly it validates using well-established to inform the prevention and treatment of ," says Schooling.

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More information: C.M. Schooling et al. Reproduction and longevity: A Mendelian randomization study of gonadotropin-releasing hormone and ischemic heart disease, SSM - Population Health (2019). DOI: 10.1016/j.ssmph.2019.100411
Citation: New insights into cardiovascular disease from evolutionary biology (2019, June 12) retrieved 19 June 2021 from
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