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A comprehensive q&a format covering exercise prescription guidelines for patients with cardiovascular and pulmonary diseases. it details appropriate exercise intensities, durations, and considerations for various conditions such as heart failure, pad, copd, and stroke. The resource is valuable for healthcare professionals and students studying exercise physiology and rehabilitation.
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commonly used to deliver exercise and other lifestyle interventions to individuals with cardiovascular disease - ANSWER cardiac rehab
often provided for those with various COPD including emphysema and bronchitis - ANSWER pulmonary rehab
intermittent sitting or standing within 12-24 hours of MI prevent - ANSWER exercise performance decrements
until evaluated with an exercise test or entry into a clinically supervised outpatient CR program what should not be exceeded during the inpatient program - ANSWER upper limit of HR or RPE
for individuals with limited exercise capacities, what should the starting bout time be - ANSWER <10 min
if ischemic threshold has been found, the exercise intensity should be where - ANSWER 10 bpm below HR where ischemia was found
if peak HR is unknown, RPE should be found - ANSWER <12 (<40% of HRR), 12- (40-59% HRR), 14-16 (60-80 HRR)
individuals on beta blocker therapy may have what type of HR response and max exercise capacity - ANSWER decreased
people on this therapy are at an elevated risk for volume depletion, hypokalemia, or orthostatic hypotension after exercise - ANSWER diuretic
this portion of the exercise should include rhythmic, large muscle group activity with an emphasis on - ANSWER caloric expenditure
characterized by exertional dyspnea and fatigue in the setting of HFrEF, a preserved left ventricular ejection fraction, or a combination of the two - ANSWER chronic HF
transplant - ANSWER 15-30%
in the absence of direct cardiac sympathetic efferent innervation, peak Q is reduced after a cardiac transplant - ANSWER 20-35%
HIIT has been used in individuals with cardiac transplant, with intensities set where - ANSWER 90% of VO2 peak or 91% of HR peak
this disease results in the reduction of blood flow to regions distal to the area of occlusion - ANSWER PAD
the reduction in the blood flow creates a mismatch between O2 supply and demand causing ischemia to develop in the affected areas - ANSWER PAD
have individuals with this start by accumulating 15 min daily and increase time 5 min a day biweekly - ANSWER PAD
weight bearing exercise may be supplemented with non weight bearing exercise, such as arm and leg ergometry - ANSWER PAD considerations
cycling or other non weight bearing exercise modalities may be used as a warm up but should not be the primary type of activity - ANSWER PAD considerations
when blood flow to a region of the brain is obstructed, brain function deteriorates quickly and leads to neuronal cell death - ANSWER CVA
causes of CVA - ANSWER ischemic and hemorrhagic
early onset local muscle and general fatigue are common - ANSWER CVA considerations
chronic pulmonary diseases are significant causes of - ANSWER morbidity and mortality
there is strong evidence that pulmonary rehab improves - ANSWER exercise tolerance, reduces symptoms, and improves quality of life
heterogenous chronic inflammatory disorder of the airways that is characterized by a history of episodes of bronchial hyperresponsiveness, variable airflow limitation, and recurring wheeze/dyspnea/chest tightness/coughing - ANSWER ashtma
airway narrowing that occurs as a result of exercise - ANSWER EIB
exercise in cold environments or those with airborne allergens for those with asthma should be limited avoid triggering - ANSWER bronchoconstriction
what can be triggered by prolonged exercise or high intensity exercise sessions - ANSWER EIB
4th leading cause of death and a major cause of chronic morbidity throughout the world