Monday09 December 2024
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Medieval skeletons and healthcare: how ancient remains can aid modern medicine.

By examining medieval remains from London's cemeteries, researchers aim to investigate the changes in human health over the centuries. So far, they have analyzed over 1,600 remains.
Средневековые останки и медицина: как исследования древних скелетов могут способствовать прогрессу в здравоохранении сегодня.

By examining skeletons from medieval cemeteries in London, researchers have gained a unique opportunity to explore how health trends have evolved over time. The study found that this data can be utilized to develop healthcare measures tailored to specific populations, creating a link between the past and the present, writes Phys.org.

Scientists from James Madison University (JMU), the University of Louisville, the University of Colorado Boulder, and Ohio State University analyzed over 1,600 medieval skeletons from cemeteries in London, England. Dr. Samantha Yaussey from Yale University and Dr. Katherine Marklein from the University of Louisville led the project, noting that the skeletal remains provide valuable insights into historical health patterns and social dynamics.

According to the researchers, understanding these patterns helps to determine whether the disease trends observed in the modern population have been consistent throughout history. One of the key findings is the contrast between health and longevity trends in medieval London and contemporary society.

Unlike today, where women generally live longer than men despite facing more health challenges, such a disparity was not evident in the medieval period. The researchers suggest that cultural factors, such as access to nutritious food, played a significant role in shaping these differences. This offers crucial insights into how social structures impacted health.

The study does not solely focus on the remains from medieval London. Scientists, in collaboration with the University of Milan, are currently examining ancient Milanese skeletons to conduct new analyses.

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