How the renal compensatory mechanism works to return the body to homeostasis

 

 

During respiratory alkalosis, explain how the renal compensatory mechanism works to return the body to homeostasis. Be sure to indicate which substances are excreted AND reabsorbed from the body. For example, does H+ concentration increase or decrease? Does HCO3 reabsorption increase or decrease? Does the pH increase or decrease? 8. During metabolic acidosis, explain how the respiratory compensatory mechanism works to return the body to homeostasis. Be sure to indicate which substance is removed from the body. For example, does H+ concentration increase or decrease? Does CO2 loss increase or decrease? Does the pH increase or decrease? 9. Explain how respiratory acidosis occurs. For example, how is the respiratory system affected by a patient with COPD? What happens to the breathing rate? Does pCO2 increase or decrease? Does H+ concentration increase or decrease? Does the pH increase or decrease? 10. 3-year-old Sally decided to throw a temper tantrum, holding her breath, and stomping her feet. However, it is known that she can only hold her breath for a limited time before she will involuntarily begin to breathe again. Describe the feedback mechanism and anatomical structure that initiates involuntary breathing. Include how an increased level of CO2 affects this mechanism. For example, does pCO2 increase or decrease? Does pO2 increase or decrease? Does H+ concentration increase or decrease? What triggers Sallys respiration?(No references needed)

 

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