Research Found in England that Caffeine Activates the Mechanism That Supports Cell Energy Balance and DNA Repair

Scientists from Queen Mary University of London in England revealed that caffeine activates a biological mechanism that ensures energy balance in cells, supports DNA repair and slows down aging. The international study examined the cellular effects of caffeine on yeast models that share basic biological similarities with human cells.

The study found that caffeine directly stimulates the 'AMPK' (AMP-activated protein kinase) enzyme system, which works like a cellular fuel indicator and maintains metabolic balance.

One of the senior authors of the study, Dr. Charalampos Rallis stated that cells activate the 'AMPK' system to survive when their energy decreases and said, "Our results show that caffeine directly helps turn on this cellular switch."

Dr. from the research team. John-Patrick Alao emphasized that caffeine strengthens processes directly related to aging, such as DNA repair and stress resistance. Alao stated that the discovery may provide an important basis for developing treatments to prevent diseases related to aging through diet, lifestyle or new generation drugs in the future.