15. Which of the following factors is the most likely explanation for an energy deficit that results in exercise-induced exhaustion.
A.Insufficient protein production
B.Insufficient mitochondrial function.
C.Impair urea elimination.
D.Absence of oxygen transporters on the membrane.
My answer is D.
To determine the correct answer, let's analyze each option:
A. Insufficient protein production: This factor mainly relates to muscle building and repair rather than energy production. While insufficient protein intake can negatively impact muscle function, it is not directly related to energy deficit or exercise-induced exhaustion.
B. Insufficient mitochondrial function: This is a more likely explanation for an energy deficit resulting in exercise-induced exhaustion. Mitochondria are responsible for producing ATP (adenosine triphosphate), the main energy source for our cells. If the mitochondria are not functioning properly, ATP production may be limited, leading to energy deficit and subsequent exhaustion.
C. Impaired urea elimination: Urea elimination is related to the excretion of waste products produced during protein metabolism, so it is not directly related to energy production. While impaired urea elimination can cause health issues, it is not a primary factor leading to exercise-induced exhaustion due to energy deficit.
D. Absence of oxygen transporters on the membrane: This option is not a likely explanation for an energy deficit resulting in exercise-induced exhaustion. Oxygen transporters (like hemoglobin) are primarily responsible for carrying oxygen in the blood, but they do not directly impact energy production.
Based on the analysis, the most likely explanation for an energy deficit leading to exercise-induced exhaustion is option B: Insufficient mitochondrial function.