Heat relies on the biological clock: Your age counts twice!

Heat relies on the biological clock: Your age counts twice!

Los Angeles, USA - researchers from the USA have presented alarming knowledge about the effects of climate change on human health. According to a study, published in the renowned specialist magazine "Nature", continuously high temperatures not only lead to immediate health risks such as heat stroke, but also demonstrably accelerate the biological aging process. The scientists examined the epigenetic age of 3,800 people aged 56 and over, with each increase of 10 percent on heat days increasing the molecular age by about a month, as reported today.at.

biological aging and heat influence

Research uses the so -called "epigenetic watch", which records chemical changes in the DNA to determine age at the cellular level. These changes are not immediately visible, but can have significant long -term consequences for health. The analysis showed that people in hotter regions appear "older" at the molecular level, which underlines the urgency to deal with the temperature changes caused by climate change.

In addition, the relationship between heat and health of older people is examined in further scientific work. The effects of environmental exposure and aging on biological markers are extensively documented, with the focus on measuring inflammatory markers and oxidative stress factors, which is considered crucial in research. A comprehensive consideration of the relationships between environmental factors and aging emphasizes the need to take preventive measures.

This illustrates the significant risks that climate change does not only for the environment, but also for human health. Experts warn of ignoring the alarming information and demanding increased research and education in order to better prepare the population for future challenges.

The comprehensive study of the influence of extreme temperatures on biological aging and the associated health risks simply shows how serious the situation is. For detailed information you can see the complete reports on and Springer .