Within an erythrocyte, the conversion of CO2 to bicarbonate is prevented from reaching equilibrium by the
A) presence of oxygen.
B) temperature of the body.
C) absence of a nucleus.
D) presence of hydrogen ions.
E) efflux of bicarbonate from the erythrocyte via the chloride shift.
Correct Answer:
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Q1: Which of the following best describes a
Q2: What percentage of air is oxygen?
A)12%
B)< 1%
C)79%
D)6%
E)21%
Q3: The relationship between the concentration of a
Q4: Chemoreceptors respond primarily to changes in PCO2
Q5: The hydrogen ions released by the dissociation
Q7: What percentage of air is carbon dioxide?
A)21%
B)6%
C)79%
D)12%
E)<
Q8: A decrease in the affinity of oxygen
Q9: As oxygen binds to hemoglobin, the of
Q10: Which statement best describes the effect on
Q11: What is the partial pressure of nitrogen
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