The animals moved their hearts for 28 days, after which the plasma was transferred to mice that did not touch the running wheel during that time. On the road to convergence, behavioral scientist Zulin de Miguel, now an assistant professor at California State University Monterey Bay, and colleagues at Stanford University and the Palo Alto Healthcare System at the Veterans Affairs Department must first exercise the mouse. “The word that comes to mind is’convergence’.” “We are beginning to identify factors in the blood that can target different aspects of decline and pathology, which actually highlights the blood factors that affect inflammation of the brain.” He says. Refreshed neurons in the brain of aged mice. Villeda and his colleagues, who were not involved in the new study, identified proteins in the plasma of previously exercised mice. “Puzzle pieces are organized,” says Saul Villeda, an associate professor of anatomy at the University of California, San Francisco, who gives these tips on the involvement of multisystems in the effects of exercise on the brain. The results also suggest a surprising role for the liver and anticoagulant system in these effects, perhaps indicating a futuristic scenario of exercise with tablets, or perhaps a path to plasma injection. These findings, Published on December 8th Nature, It provides new details on how exercise helps the brain and how physical activity-boosted molecules communicate through the strict gatekeepers of organs. The same protein can cross the infamous blood-brain barrier, whisper its chemical message, and trigger anti-inflammatory processes in the brain. However, people with mild cognitive impairment who exercise for 6 months show an increase in the important proteins identified in runner mouse plasma. The blood of the Olympic athletes is not about to be transfused into the arm of the sofa spud - at least not yet. Injection of plasma from fully exercised mice into their idling counterparts improved memory and reduced brain inflammation in sedentary rodents. And there is a hint that rodent results may work in humans as well. But what if understanding these biochemical processes could bring all the benefits of the brain without experiencing the pain of exercise? Mouse experiments have already shown the feasibility of such shortcuts.
Most of us know that taking our actions can mean boosting our mental and neurological health.
The drum beats of the benefits of the exercise brain may sound familiar.
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