A patient has been suffering from constant diarrhea. With this, the patient must be losing much of the intestinal content including the aqueous pancreatic secretion. The patient also becomes hyperchloremic. Which of the following will be the respiratory corrective mechanism? chemoreceptors (which respond to low pH or high H+), causing hypoventilation and increased depth of inspiration and an increase in pCO2 chemoreceptors (which respond to low pH or high H+), causing hyperventilation and a decrease in pCO2 chemoreceptors tell the lungs of the change in pH and commands the pancreas to secrete more bicarbonate chemoreceptors in the kidney trigger the conservation of the bicarbonate in the PCT
A patient has been suffering from constant diarrhea. With this, the patient must be losing much of the intestinal content including the aqueous pancreatic secretion. The patient also becomes hyperchloremic. Which of the following will be the respiratory corrective mechanism? chemoreceptors (which respond to low pH or high H+), causing hypoventilation and increased depth of inspiration and an increase in pCO2 chemoreceptors (which respond to low pH or high H+), causing hyperventilation and a decrease in pCO2 chemoreceptors tell the lungs of the change in pH and commands the pancreas to secrete more bicarbonate chemoreceptors in the kidney trigger the conservation of the bicarbonate in the PCT
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Question
A patient has been suffering from constant diarrhea. With this, the patient must be losing much of the intestinal content including the aqueous pancreatic secretion. The patient also becomes hyperchloremic. Which of the following will be the respiratory corrective mechanism?
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chemoreceptors (which respond to low pH or high H+), causing hypoventilation and increased depth of inspiration and an increase in pCO2
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chemoreceptors (which respond to low pH or high H+), causing hyperventilation and a decrease in pCO2
|
||
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chemoreceptors tell the lungs of the change in pH and commands the pancreas to secrete more bicarbonate
|
||
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chemoreceptors in the kidney trigger the conservation of the bicarbonate in the PCT
|
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