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Benefits of being fit: Exercise: What's in it for you? By Fabio Comana, M.A., M.S. Exercise not only burns calories and strengthens muscles, it also improves the quality of your life and makes you feel better. People who exercise on a regular basis tend to have more energy, a more positive attitude, and greater confidence. Exercise benefits also include: Decreased risk for osteoporosis and osteoarthritis · Weight bearing exercise will increase bone mineral density, which is especially important for post-menopausal women. Increased bone density reduces the chances of bone fractures and bone degeneration. · Evidence exists to support the notion that resistance training, in conjunction with hormone therapy and proper diet may reverse some bone loss associated with osteoporosis. · Exercise has been shown to reduce joint pain and inflammation. · Osteoarthritis is a breakdown of cartilage resulting in pain, tenderness and swelling. Decreased risk of developing type II diabetes · As the number of diabetics continues to rise (especially type II associated with obesity), research demonstrates that both cardiovascular exercise and resistance training lowers resting insulin levels and increases insulin sensitivity, thereby improving blood sugar control. · Onset is gradual, usually between ages 35-40 and closely linked to a sedentary lifestyle (including obesity). Decreased risk of cancer · Regular aerobic exercise is believed to increase levels of anti-inflammatory hormones and other anti-inflammatory substances, all of which may help to blunt the formation of cancerous tumors. Decreased risk of cardiovascular disease (CVD) and improved blood lipid-lipoprotein profiles · CVD is the leading cause of death in the U.S. Studies demonstrate that regular exercise can reduce your risk for CVD by 50% and your risk for high blood pressure (hypertension) by 30%. · Regular exercise (cardiovascular activities and resistance training) lowers total lipid levels and improves the ratio of HDL (good) to LDL (bad) cholesterol, thus lowering your risk for heart disease. Improved resting metabolism · Muscle tissue loss attributed to the aging process or inactivity can lead to significant reductions in resting metabolism. A 1-pound increase in lean mass can increase your resting metabolism by 10-15 calories per day. Reduced risk of obesity · Exercise burns additional calories and lowers the amount of excessive fat on the body. Obesity is considered a chronic disease due to the multiple health risks associated with it. · Resistance training burns additional calories and lowers the amount of excessive fat on the body. · Obesity significantly affects the U.S. population with 64% of our population being overweight or obese. · All individuals, regardless of age or gender can effectively manage their body weights through a program of consistent exercise and sensible eating. Improved physical functioning · Adaptations from both aerobic and resistance training enable one to perform tasks with less physiological strain. These improvements include enhanced strength, endurance, balance, and flexibility, all-important factors as we age. Improved flexibility · Optimal musculoskeletal function requires the maintenance of adequate range of motion at all joints. This is of particular importance to the hamstrings region, where lack of flexibility can contribute to poor posture and an increased risk of chronic low-back pain. Improved psychological and emotional state · Improved self-esteem, self-efficacy and self-confidence. · Reduced levels of depression, anxiety and stress. Improved mental and work performance · Regular exercise has been linked to reduced absenteeism, sick leave, disability, and worker's compensation. · Greater levels of fitness has been associated with improved work efficiency and decision-making ability. · Exercise has been linked to reduced mental errors in tasks requiring concentration and short-term memory.
Most of us can attest to a life of bountiful exercise during our formative years or throughout college. The question remains as to what happens when we stop exercising? Aside from the obvious gain in body weight that coincides with the typical period of rapid fat gain (between ages 25-44), are there any other changes that occur with detraining or the cessation of regular exercise? In general, detraining results in deterioration in the functioning of all the major physiological systems of the body; namely the cardiovascular, musculoskeletal, and respiratory systems. A simple maintenance-type program 2-3 times per week can reverse the negative effects of being sedentary. Fitting exercise and physical activity into your week can be relatively easy. The key is to maximize gains without pain or injury. Here are some simple tips to follow: Spend 5 minutes warming up · Use low intensity rhythmic exercises that include a good range of movement, such as walking, cycling or jogging. Allow yourself 10-15 minutes for stretching · A program targeting the major muscle groups will improve performance and minimize both pain and injury. · Greatest gains in flexibility can be attained by stretching after your workout when muscles have had plenty of time to warm up. Strive to complete a minimum of 15-20 minutes of aerobic conditioning · Select a continuous aerobic activity that places an increased demand upon your heart, lungs and muscles of the arms or legs. Include 10-15 minutes of strength training · Exercises that emphasize the major muscle groups include calisthenics, push-ups, crunches and weight lifting. Set aside 5-10 minutes for a cool down and additional stretching · Perform low-intensity exercises similar to the warm-up phase with emphasis on deep breathing. · Use slow, controlled stretches targeting all major muscle groups, holding each stretch for 15-30 seconds.
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