The study, published in Scientific Reports, found that differences in gut bacterial communities accounted for approximately 15% of the variation in participants’ biological aging rates. The results suggest that the gut microbiome, the vast community of microorganisms living in the digestive system, may provide valuable clues about aging at the molecular level.
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Plus: Anthropic's listing could determine the future of the AI investment boom.
The study, published in Scientific Reports, found that differences in gut bacterial communities accounted for approximately 15% of the variation in participants’ biological aging rates. The results suggest that the gut microbiome, the vast community of microorganisms living in the digestive system, may provide valuable clues about aging at the molecular level.
Plus: Anthropic's listing could determine the future of the AI investment boom.
The study, published in Scientific Reports, found that differences in gut bacterial communities accounted for approximately 15% of the variation in participants’ biological aging rates. The results suggest that the gut microbiome, the vast community of microorganisms living in the digestive system, may provide valuable clues about aging at the molecular level.
Plus: Anthropic's listing could determine the future of the AI investment boom.
Scientists at the University of Bristol (UK) discovered that moderate aerobic exercise changes the structure of nerve cells involved in regulating heart activity. Even more surprisingly, the changes were dramatically different on the two sides of the body. The findings, published in Autonomic Neuroscience, could eventually help doctors develop more precise treatments for irregular heartbeats, chest pain, angina, and stress-induced ‘broken-heart’ syndrome.
The company has been masterful at storytelling for years. Will the IPO reveal the company behind the mask or lean deeper into the myth-making?
Scientists at the University of Bristol (UK) discovered that moderate aerobic exercise changes the structure of nerve cells involved in regulating heart activity. Even more surprisingly, the changes were dramatically different on the two sides of the body. The findings, published in Autonomic Neuroscience, could eventually help doctors develop more precise treatments for irregular heartbeats, chest pain, angina, and stress-induced ‘broken-heart’ syndrome.
The company has been masterful at storytelling for years. Will the IPO reveal the company behind the mask or lean deeper into the myth-making?