Total peripheral resistance and the diastolic pressure

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SUMMARY

Total peripheral resistance (TPR) significantly influences diastolic pressure, increasing it more than systolic pressure. This phenomenon is explained by the relationship defined in the equation ABP = SV * HR * TPR, where arterial blood pressure (ABP) is a product of stroke volume (SV), heart rate (HR), and TPR. Understanding this relationship is crucial for grasping cardiovascular dynamics and the physiological implications of resistance in blood vessels.

PREREQUISITES
  • Understanding of cardiovascular physiology
  • Familiarity with arterial blood pressure concepts
  • Knowledge of stroke volume and heart rate
  • Basic grasp of the relationship between resistance and blood flow
NEXT STEPS
  • Research the physiological mechanisms behind total peripheral resistance
  • Study the impact of vascular resistance on blood pressure regulation
  • Explore the role of stroke volume and heart rate in cardiovascular health
  • Learn about the effects of various factors on diastolic and systolic pressures
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Medical students, cardiovascular researchers, healthcare professionals, and anyone interested in understanding blood pressure dynamics and cardiovascular physiology.

Asmaa Mohammad
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Hello,

I came across this line in my textbook:
"Total peripheral resistance (TPR) increases diastolic pressure more than systolic pressure."

I don't understand how the peripheral resistance would increase the diastolic pressure more than the systolic pressure?

Could some one explain that for me?

Thanks!
 
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Asmaa Mohammad said:
Hello,

I came across this line in my textbook:
"Total peripheral resistance (TPR) increases diastolic pressure more than systolic pressure."

I don't understand how the peripheral resistance would increase the diastolic pressure more than the systolic pressure?

Could some one explain that for me?

Thanks!
Can you post the Relevant Equations? There are several equations that apply... :smile:
 
berkeman said:
Can you post the Relevant Equations? There are several equations that apply... :smile:
The equation in the book is:
ABP = SV * HR * TPR
(Arterial blood pressure = stroke volume * Heart rate * total peripheral resistance)

But I want to understand the physiological part not the marhematical one.
 

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