Cardivascular Drift
- Created by: KayshaN
- Created on: 18-03-18 12:10
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- Cardiovascular Drift
- Long Distance event - more than 20 mins
- Increase core body temperature-> Intensity, Duration and Humidity
- Thermoreg sweating
- Maintain 37, thermoreceptors relay info to brain, sweating
- Fluid Lost From Blood Plasma
- Blood more Viscous- Harder to Pump- Decrease SV
- HR rises to compensate
- Cardiac Output Maintained
- CV Drift- SV decreases, HR increases, Q maintained
- Long Distance event - more than 20 mins
- Increase core body temperature-> Intensity, Duration and Humidity
- Thermoreg sweating
- Maintain 37, thermoreceptors relay info to brain, sweating
- Fluid Lost From Blood Plasma
- Blood more Viscous- Harder to Pump- Decrease SV
- HR rises to compensate
- Cardiac Output Maintained
- CV Drift- SV decreases, HR increases, Q maintained
- Competion for blood flow
- Vasodilation at skin capillaries but need blood to muscles to increase performance
- Results in weaker performance
- Results in weaker performance
- Vasodilation at skin capillaries but need blood to muscles to increase performance
- Competion for blood flow
- CV Drift- SV decreases, HR increases, Q maintained
- Cardiac Output Maintained
- HR rises to compensate
- Blood more Viscous- Harder to Pump- Decrease SV
- Thermoreg sweating
- Increase core body temperature-> Intensity, Duration and Humidity
- Competion for blood flow
- Vasodilation at skin capillaries but need blood to muscles to increase performance
- Results in weaker performance
- Results in weaker performance
- Vasodilation at skin capillaries but need blood to muscles to increase performance
- Long Distance event - more than 20 mins
- CV Drift- SV decreases, HR increases, Q maintained
- Cardiac Output Maintained
- HR rises to compensate
- Blood more Viscous- Harder to Pump- Decrease SV
- Thermoreg sweating
- Increase core body temperature-> Intensity, Duration and Humidity
- Long Distance event - more than 20 mins
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