Is cardiovascular exercise as beneficial for developing muscular hypertrophy as resistance training? Why or why not?
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Is cardiovascular exercise as beneficial for developing muscular hypertrophy as resistance training? Why or why not?
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- Hypertrophic cardiomyopathy is always inherited, but the other forms may have other causes. List the 2 non genetic causes of dilated cardiomyopathy, restricted cardiomyopathy, and takotsubo (stress) cardiomyopathy? I really need help for this questionYou are working in cardiopulmonary rehabilitation. It is your patient, Dave’s, first day of rehab. Dave had a heart attack 45 days ago. He is 40 years old and feels comfortable and confident enough to walk on a treadmill or ride a bike. Upon talking with Dave, you learn that he regularly exercised up until his heart attack. He completed resistance training 3 days/week at his local gym and would play tennis with friends several days each week. He can walk comfortably without an assistive device on flat surfaces at his own speed. You need to determine Dave’s VO2 in order to create a correct exercise prescription. Would you test this person, yes or no? If yes, please indicate what protocol you would choose and whether or not the test would be maximal or submaximal? Please include your rationale.Explain how to calculate your stroke volume and cardiac output.
- Explain the effects of cardiovascular disease on the ability to exercise. What are some common medications for patients with cardiovascular disease? What effects do these medications have on their ability to exercise?explain the regulation of cardiovascular adjustments to exerciseSue goes to the gym and after an initial warm-up, she increases her exercise level pushing herself to maximum. At this point her heart rate is 175 beats/min and her stroke volume is 135 ml/beat. What is her cardiac output now? At this point, by how many ml/min has her CO increased over her resting CO? What % increase over resting is this? (Use the following equation). amount of increase in CO in ml/min % increase = _____________ X 100% original CO (resting) ml/min What term is used to describe this increase in CO?
- When exercising, the American Heart Association recommends the intensity of your exercise regimen to be determined by your heart rate during exercise. This is known as a target heart rate zone and it is dependent on your current resting rate, age and fitness level. To calculate your target heart rate zone, complete the following: 1. Determine your maximum heart rate: • Subtract your age from 220. (Example, if you are 25 years old 220-25 = 195. 195 is your maximum heart rate). Record your maximum heart rate in box 1. 2. Determine your resting heart rate: • While sitting at your desk or sitting down, take 3 deep breaths. After taking the third breath, lightly rest your pointer and middle finger on your neck over your artery until you can feel your heartbeat. Count the number of times your heart beats in 15 seconds. Multiply that number by 4. This is your resting heart rate. Record your resting heart rate in text box 2. Activate Windows Go to Settings to activateWhat changes in the vascular system during exercise account for the change in peripheral resistance?What is the difference in the effects strenuous exercise has on your heart and the effects amphetamines has on your heart? And how can high blood pressure be hard on your heart but exercise is good?