Save
...
Cardiovascular Health
Prevention & Rehabilitation
Physical Activity Programming & Exercise Prescription
Save
Share
Learn
Content
Leaderboard
Share
Learn
Created by
Hiri P
Visit profile
Subdecks (7)
Programme Designs
Year 2 Physio > Cardiovascular Health > Prevention & Rehabilitation > Physical Activity Programming & Exercise Prescription
3 cards
Prescribing exercise for fitness
Year 2 Physio > Cardiovascular Health > Prevention & Rehabilitation > Physical Activity Programming & Exercise Prescription
5 cards
Principles of physical activity programming
Year 2 Physio > Cardiovascular Health > Prevention & Rehabilitation > Physical Activity Programming & Exercise Prescription
1 card
Hear Rate Reserve Max
Year 2 Physio > Cardiovascular Health > Prevention & Rehabilitation > Physical Activity Programming & Exercise Prescription
3 cards
Assessment of Exercise Intensity
Year 2 Physio > Cardiovascular Health > Prevention & Rehabilitation > Physical Activity Programming & Exercise Prescription
2 cards
Risk Stratification
Year 2 Physio > Cardiovascular Health > Prevention & Rehabilitation > Physical Activity Programming & Exercise Prescription
4 cards
Exercise Prescription
Year 2 Physio > Cardiovascular Health > Prevention & Rehabilitation > Physical Activity Programming & Exercise Prescription
20 cards
Cards (41)
Activity "
Dose Response
"
aerobic activity should performed at moderate intensity (
40
to
70
% of
VO2 max
/HRR)
lower
intensities present with
minimal
fitness benefits
fitness benefits are more important
regarding
cardiovascular health
Rate Pressure Product
:
HR x SBP = RPP
heart rate x systolic blood pressure = rate pressure product
an indirect measure of myocardial oxygen demand
e.g. HR of 160 bpm x SBP 140 mmHg = RPP of 22400
reproducibility of ischaemic threshold in determining setting exercise intensity
Demand Vs Supply
:
exercise training
:
increases supply by improving
coronary blood flow
decreases demand by reducing workload ie
MVO2
See all 41 cards