Good news! Caffeine may help your cells live longer

As if we needed any other reason to drink coffee or tea, a new research provides an insight into how caffeine supports health and longevity.

The researchers in London, who are studying fission yeast-revealed one critical object similar to human cells-that caffeine affects aging through the old cellular energy system. Their studies were published yesterday in the magazine Microbial cellIt enhances previous research that indicates that caffeine reduces the risk of age -related diseases and has important effects on future life research. In addition, it gives you a good return the next time your partner tells you that you drink a lot of coffee.

While most people think about caffeine in the context of coffee or tea, it is a central nervous system that occurs naturally Stimulant It was found in coffee beans, tea leaves, cocoa beans, Cola nuts and more. Perhaps not surprisingly, caffeine is the most widely psychological effect in the world.

While the energy is strengthening a cup of atmosphere, which every morning is sufficient for most of us to justify its daily consumption, caffeine is also associated with a number of Health benefitsSuch as dilution of depression, longer age, and reduce the risk of cardiovascular disease and type 2 diabetes.

The team previously discovered that caffeine enhances the lives of long cells by influencing Tor (Rapamycin goal) – a biological key that guides cells when growing due to the availability of food and energy. On a wider scale, the growth regulator manages energy and stress responses to living organisms. However, in the new study, the team found that caffeine actually affects Tor indirectly by activating a system called Ampk, a type of cellular fuel scale, as described by Queen Mary University in London. statement.

“When your cells are low on energy, Ampk begins to help them overcome,” said Charlabus Rales, the chief study author and researcher at the Queen Mary’s molecular research center. “Our results show that caffeine helps in the heart of this switch.”

Rales and colleagues use the yeast model to demonstrate that the effect of caffeine on ampk positively affects the functions of aging and disease, such as cell growth, DNA repair, and stress response.

“These results help clarify the reason that caffeine is beneficial to health and longevity,” said John Patrick Alo, author of the study and biochemical at the University of East London. “They open the potential for future research on how we directly causes these effects – with a diet, lifestyle or new drugs.”

Coffee and tea lovers, rejoice!