Your Brain on Exercise

Acclaimed neuroscientist Gary Wenk reveals the fascinating impacts of exercise on the brain Decades of research demonstrate that regular modest levels of exercise improve heart and lung function and may relieve joint pain. Regular daily exercise will help your body to regulate blood sugar levels and reduce inflammation, and many of these benefits are a consequence of reducing the amount of body fat you carry around. Your body clearly benefits in many ways from regular exercise. Does your brain benefit as well? Does regular exercise positively affect brain function? Does our thinking become faster because we exercise? Does running a marathon make us smarter? Dr. Gary Wenk's goal is to provide a realistic perspective on what benefits your brain should expect to achieve from exercise. Your Brain on Exercise skillfully blends scholarship with illuminating insights and clarity. Without requiring any specialized knowledge about the brain, Your Brain on Exercise entertainingly illustrates the intersection between brain health, the consequences of exercise, and our need to eat in an entirely new light. An internationally renowned neuroscientist and medical researcher, Dr. Wenk has been educating college and medical students about the brain and lecturing around the world for more than forty years. "Decades of research has demonstrated that regular exercise improves heart and lung function and may relieve joint pain. Daily exercise will help your body to regulate blood sugar levels and reduce inflammation; many of these benefits are a consequence of reducing the amount of body fat you carry around. Your body clearly benefits in many ways from regular exercising. Does the brain benefit as well? Yes, the brain does care whether you exercise, just not always for the reasons that you might think. The brain benefits the most when you perform activities that it evolved to perform--to move around your environment with purpose, not for diversion or sport. Your brain benefits when the movement addresses its unique evolutionary priorities. In order for exercise to influence the brain, the muscles involved must somehow communicate with it. Actively contracting skeletal muscles communicate with the brain, as well as many other organs, by releasing chemical messengers into the blood. During the past few years, many muscle-derived chemical messengers have been discovered. So many, in fact, that your muscles might be more accurately viewed as one of your endocrine glands, similar to your adrenal or thyroid glands. The actions of some of these chemical messengers on your brain, and whether these actions are direct or indirect, beneficial or not, is the focus of this book"-- Provided by publisher Acclaimed neuroscientist Gary Wenk reveals the fascinating impacts of exercise on the brainDecades of research demonstrate that regular modest levels of exercise improve heart and lung function and may relieve joint pain. Regular daily exercise will help your body to regulate blood sugar levels and reduce inflammation, and many of these benefits are a consequence of reducing the amount of body fat you carry around. Your body clearly benefits in many ways from regular exercise. Does your brain benefit as well? Does regular exercise positively affect brain function? Does our thinking become faster because we exercise? Does running a marathon make us smarter? Dr. Gary Wenk's goal is to provide a realistic perspective on what benefits your brain should expect to achieve from exercise. Your Brain on Exercise skillfully blends scholarship with illuminating insights and clarity. Without requiring any specialized knowledge about the brain, Your Brain on Exercise entertainingly illustrates the intersection between brain health, the consequences of exercise, and our need to eat in an entirely new light. An internationally renowned neuroscientist and medical researcher, Dr. Wenk has been educating college and medical students about the brain and lecturing around the world for more than forty years. Cover Your Brain on Exercise Copyright Dedication Contents Acknowledgment Introduction Part I: The high cost of exercise 1 Learning from The Biggest Loser 2 The devil is in the details 3 A long time ago 4 Making energy for exercise 5 Exercise requires eating and breathing 6 It’s not good to be a male Part II: Your brain on exercise 7 BDNF: Much ado about something? 8 Muscle signals to your brain 9 The paradox molecule: Interleukin-​6 10 A few facts about your brain 11 How your brain responds to exercise 12 Exercise for the depressed brain 13 Exercise for the child’s brain 14 Exercise for the chemo brain 15 Exercise and pain 16 Exercise for the injured brain 17 Diet and exercise following brain injury 18 Exercising the older brain Part III: Why exercise? Further reading Index **Acclaimed neuroscientist Gary Wenk reveals the fascinating impacts of exercise on the brain**__Your Brain on Exercise____Your Brain on Exercise__