The main functions of the atrial natriuretic peptide, which is also known as atrial natriuretic factor is
i) To decrease blood pressure by vasodilation of the vessels
ii) To decrease blood volume by decreasing the renin secretion
iii) decreasing contractility of the heart muscles directly by ANP
Identify the functions of atrial natriuretic peptide, also known as atrial natriuretic factor. to decrease blood...
please explain (both please) QUESTION 1 The enzyme released from the kidney in response to reduced blood volume/pressure is essential for converting an inactive plasma protein into renin O angiotensinogen angiotensin 1 angiotensin II aldosterone atrial natriuretic peptide anti-diuretic hormone/arginine vasopressin QUESTION 2 "When the kidney senses a decrease in blood volume or pressure, it releases the enzyme renin angiotensinogen angiotensin angiotensin aldosterone atrial natriuretic peptide anti-diuretic hormone/arginine vasopressin
Which of the following statement is true regarding compensatory responses to congestive heart failure? You may select more than one answer. a. Angiotensin decreased water reabsorption by the kidney to decrease circulating blood volume b. Aldosterone is a potent vasoconstrictor that shunts blood away from distal capillary beds and to the kidney to promote kidney perfusion c. Atrial natriuretic peptide decreases circulating blood volume by increasing urine production by the kidney d. Vasopressin induces global vascular smooth muscle relaxation to...
Drugs that can be used to lower BP decrease venous resistance by reducing right atrial pressure. stimulating auxiliary muscle pumps. dilating veins. reducing blood volume.
the following physiological changes either increase or decrease blood pressure. drag the appropriate factor to the respective bins.
12. Both ADH and aldosterone act to a. increase urine volume. b. increase blood volume C. increase total peripheral resistance. d. produce all of these effects 13. Blood pressure is lowest in a. arteries b. arterioles C. capillaries d. venules e. veins 14. Angiotensin 11 a. stimulates vasoconstriction b. stimulates the adrenal cortex to secrete aldosterone. C. inhibits the action of bradykinin. d. does all of these 15. Stretch receptors in the aortic arch and carotid sinus a stimulate secretion...
Question 9 1 pts In response to severe hemorrhage, what is part of the compensatory reflexive response to deal with this life- threatening event? O Decreased PNS input to arterioles to induce vasoconstriction The afferent arteriole dilation in order to maintain GER O Venodilation to increase blood returning to the heart Increased SNS input to the SA node to increase HR Question 8 1 pts What is part of the compensatory response to a disturbance when a person drinks a...
Assuming a constant pressure gradient, by what factor must a blood vessel decrease in radius if the blood flow is reduced by 65.4 percent? THE ANSWER IS NOT .81
The example below is a homeostatically regulated system. Decrease in blood volume ? triggers volume receptors in atria (heart) ? Signals hypothalamus (brain) to synthesize a neurohormone ? Neurohormone is released ? Kidneys increase number of water pores in renal cell membranes ? increases blood volume * Reminder: You don’t need to know anything about water regulation, use your fundamental knowledge regarding homeostatically regulated systems 1.) In this system presented identify the following variables and explain what is the function...
A hormone is known to cause smooth muscle relaxation in blood vessels. However, it also causes contraction of cardiac muscle. What statement below would be true of this hormone? A. it acts through paracrine signalling in the heart, but the blood vessels undergo endocrine signalling B. the blood vessels have a different receptor for this hormone than the heart does C. the heart is a target cell of this hormone, but not the blood vessels D. this is not possible...
1. Fill in the words or phrases that best complete each sentence. Be as specific as possible. a. Erythrocytes contain the enzyme -----------------, which catalyzes the conversion of metabolically produced CO2 and water into . b. Most old erythrocytes are removed from circulation and destroyed by cells called -----------------------, as they rupture passing through the narrow capillaries of the organ called the -------------------. c. Undifferentiated cells called -----------------, reside in the bone marrow, where they continuously divide and -------------------- to...