Answered: Diuretic drugs for treating high blood…

Diuretic drugs for treating high blood pressure may aggravate other heart conditions such as arrhythmia by depleting what nutrient? O molybdenum O Potassium O vitamin C Calcium

Biology 2e

2nd Edition

ISBN:9781947172517

Author:Matthew Douglas, Jung Choi, Mary Ann Clark

Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark

Chapter41: Osmotic Regulation And Excretion

Section: Chapter Questions

Problem 13RQ: BUN is. blood urea nitrogen blood uric acid nitrogen an indicator of blood volume an indicator of...

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Which benefit is associated with omega-3 fatty acids?prevention of irregular heartbeatreduce atherosclerosislower blood pressureall of the above.
The most important buffer in our blood plasma is protein phosphate bicarbonate/carbonic acid system all are equally important in blood plasma
Abnormal nerve action and cardiac arrythmias are often attributed to which of the following nutrient imbalances? Water Sodium Potassium All of the above
mgs is Since excessive sodium intake contributes to hypertension, we should try to consume less than best. mgs but less than 5,000 mgs/4,000 mgs 4,000 mgs/4,000 mgs 5,000 mgs/3,500 mgs 5,000 mgs/2,000 mgs
A common side effect of loop diuretics is hyponatremia. Which of the following compound would be given to best treat this? * Canreone Tolvapatan Triametrene Amiloride O Spironolactone
Reabsorption of this substance involves carbonic anhydrase - inulin - bicarbonate - glucose - creatinine - calcium - adenosine - chloride - renin - aldosterone
Reabsorption of this chemical is a saturable process - inulin - bicarbonate - glucose - creatinine - calcium - adenosine - chloride - renin - aldosterone
Renin Angiotensin Aldosterone System Decrease in blood flow (hypoxia) à decrease in oxygen in the kidney à kidney secretes 1. __________ à reaches the liver to secrete 2. _______________ à goes back to the blood stream. Blood brings it to the lungs which has 3. ________________ . The role of (#3) is to 4. ___________________________ à which is a potent vasoconstrictor if it binds to 5. ___________________ in blood vessels. This results to an increase in 6. ______________________ which will lead to an increase in 7. _____________________. Blood flow increases in the kidney, which will stop producing Renin. There is also an angiotensin 2 receptor in the 8. ____________________, where angiotensin 2 may also bind, leading to the production of 9. ______________________, which retains 10. _____________ and excretes potassium. Since sodium loves 11. _____________________, there is a further increase in 12. ________________ which further increases total peripheral resistance and blood…
Assume your patient has a condition called Edema. Much of the fluid that was pushed out of the capillary beds from the arterial side as a result from pressure from the heart now has a hard time going from the tissue cells back into the bloodstream. Which of the following is LEAST likely a cause of Edema in this patient? O Deficiency in osmotic proteins in the patient's bloodstream, especially at the venous ends of capillary beds O Complete Blockage at the venous end of the capillary bed by a tapeworm that prevents entry of fluid back into the capillary bed O None of the above are possible reasons O Excess hydrostatic pressure produced from the patient's heart O Excess production of albumin (an osmotic liver protein) inside your blood stream.
Draw a line To link each electrolyte to its characteristics. Note that each actual electrolyte me a link to more than one characteristic.