3. A: Coronary artery disease (CAD) has various different
names, including coronary heart disease, and ischemic
or atherosclerotic heart disease. CAD progresses
through the build-up of plaque within the arteries of
the heart, a process called atherosclerosis. This leads
to narrowing of the coronary arteries and reduced
blood-flow to the heart
7. A: Exercise and physical activity appears to
lead to either regression or slowed
progression of CAD. Regression of CAD
appears to be observed most frequently in
patients expending around 2,200kcal/week in
physical activity (5 โ 6 hours/week)
8. Q: Can interval training
improve cardiovascular
fitness in CAD patients?
9. A: Interval training improves VO2-max, anaerobic
threshold and time to exhaustion in CAD patients.
Such improvements are likely to be more significant
than those achieved from steady-state aerobic
training. Optimal interval training routines for
adherence may include short durations of work
followed by passive recovery
11. A: Resistance-training appears to be
effective for improving muscular strength,
muscular size, physical function, health-related
quality of life and general quality of
life in CAD patients
12. Q: Can exercise help
reduce mortality and
morbidity as a result of
CAD?
13. A: Exercise-based cardiac rehabilitation
significantly reduces all-cause and
cardiovascular mortality and improves health-related
quality of life in CAD patients.
However, it probably does not significantly
reduce the risk of further non-fatal myocardial
infarctions occurring
14. Q: What are evidence-based
recommendations
for using exercise in
cardiac rehabilitation?
15. A: Recommendations for patients with CAD are to
increase physical activity to 30 โ 60 minutes per day
most days of the week and to perform both aerobic
exercise <5 days per week and resistance-training <3
days per week. Benefits are thought to accrue in a
dose-responsive fashion up to 10 hours per week of
all kinds of physical activity