Baroreceptor and Renal Regulation Quiz

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Arterial pressure control basics

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Tushika Singh

India

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Baroreceptor and Renal Regulation Quiz


Baroreceptor and Renal Regulation QuizVersión en línea Arterial pressure control basics por Tushika Singh 1 1. Major arterial baroreceptors are in the: a A. Renal arteries b B. Carotid sinus and aortic arch c C. Pulmonary veins d D. Vena cava 2 2. A sudden fall in arterial pressure causes baroreceptor firing to: a B. Decrease b D. Stop permanently c C. Stay same d A. Increase 3 3. Reduced baroreceptor firing causes: a D. No autonomic change b B. Increased sympathetic activity c C. Increased parasympathetic activity d A. Reduced sympathetic activity 4 4. The baroreceptor system is a pressure-buffer system because it: a A. Causes hypertension b D. Acts only chronically c C. Controls only renal filtration d B. Opposes rapid pressure changes 5 5. The immediate response to acute hypotension includes: a B. Parasympathetic activation b D. General vasodilation c C. Reduced heart rate d A. Sympathetic activation and vasoconstriction 6 6. Baroreceptor denervation causes pressure to become: a A. Less variable b D. Unaffected by posture c C. Zero d B. More variable 7 7. Baroreceptors primarily reduce: a C. RBC production b B. Minute-to-minute pressure variation c D. Plasma proteins d A. Long-term blood volume changes 8 8. Baroreceptors tend to reset over approximately: a C. 1–2 days b D. 1–2 months c A. 1–2 sec d B. 1–2 min 9 9. Most important long-term arterial pressure control is the: a A. Renal-body fluid system b C. Stretch reflex c B. Pupillary reflex d D. Bainbridge reflex 10 10. Increased blood volume, without increased capacitance, tends to: a A. Lower pressure b D. Make pressure negative c C. Have no effect d B. Raise pressure 11 11. Increased arterial pressure causes increased renal water excretion called: a C. Glomerular shutdown b A. Pressure diuresis c D. Venous pooling d B. Antidiuresis 12 12. Increased arterial pressure causes increased renal sodium excretion called: a A. Pressure natriuresis b D. Reduced filtration c B. Antinatriuresis d C. Sodium retention 13 13. Renal-body fluid control is: a A. Rapid and weak b C. Only exercise-related c B. Slow but powerful d D. Only sleep-related 14 14. Compared with acute renal output, chronic renal output curve is: a D. Horizontal b B. Steeper c A. Flatter d C. Absent 15 15. Reduced angiotensin II and aldosterone during chronic pressure elevation tends to: a B. Enhance natriuresis and diuresis b C. Increase sodium retention c D. Prevent compensation d A. Reduce excretion 16 16. During hemorrhage, sympathetic renal activation tends to: a A. Increase sodium/water excretion b C. Have no effect c B. Reduce sodium/water excretion d D. Cause natriuresis 17 17. Long-term pressure control depends importantly on: a C. Baroreceptors alone b A. Renal salt/water handling and neurohumoral influences c B. Heart rate alone d D. Respiratory rate 18 18. If arterial pressure rises and renal function is normal, increased renal excretion tends to: a C. Stop urine b D. Increase pooling c B. Return pressure toward normal d A. Increase blood volume 19 19. Baroreceptors are limited as sole long-term controllers because they: a D. Cannot affect autonomic activity b B. Reset to sustained pressure changes c C. Act only on kidneys d A. Cannot sense pressure 20 20. On suddenly standing, the most immediate defense against a fall in arterial pressure is: a D. Aldosterone alone b A. Arterial baroreceptor reflex c C. Pressure natriuresis d B. Renal-body fluid mechanism

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Baroreceptor and Renal Regulation QuizVersión en línea

por Tushika Singh

1. Major arterial baroreceptors are in the:

2. A sudden fall in arterial pressure causes baroreceptor firing to:

3. Reduced baroreceptor firing causes:

4. The baroreceptor system is a pressure-buffer system because it:

5. The immediate response to acute hypotension includes:

6. Baroreceptor denervation causes pressure to become:

7. Baroreceptors primarily reduce:

8. Baroreceptors tend to reset over approximately:

9. Most important long-term arterial pressure control is the:

10. Increased blood volume, without increased capacitance, tends to:

11. Increased arterial pressure causes increased renal water excretion called:

12. Increased arterial pressure causes increased renal sodium excretion called:

13. Renal-body fluid control is:

14. Compared with acute renal output, chronic renal output curve is:

15. Reduced angiotensin II and aldosterone during chronic pressure elevation tends to:

16. During hemorrhage, sympathetic renal activation tends to:

17. Long-term pressure control depends importantly on:

18. If arterial pressure rises and renal function is normal, increased renal excretion tends to:

19. Baroreceptors are limited as sole long-term controllers because they:

20. On suddenly standing, the most immediate defense against a fall in arterial pressure is: