Body tissues obtain O_2 from hemoglobin. The | vedclass

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(A) In body tissues,cellular respiration produces $CO_2$,leading to a high partial pressure of $CO_2$ $(pCO_2)$ and a low partial pressure of $O_2$ $(

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Low $O_2$ concentration and high $CO_2$ concentration

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(A) In body tissues,cellular respiration produces $CO_2$,leading to a high partial pressure of $CO_2$ $(pCO_2)$ and a low partial pressure of $O_2$ $(pO_2)$.This phenomenon is known as the 'Bohr effect'.High $pCO_2$,low $pO_2$,and low $pH$ (acidic environment) decrease the affinity of hemoglobin for $O_2$.Consequently,oxyhemoglobin dissociates,releasing $O_2$ to the tissues.Therefore,the correct condition is low $O_2$ concentration and high $CO_2$ concentration.

Body tissues obtain $O_2$ from hemoglobin. The dissociation of oxyhemoglobin in the tissues is primarily caused by which of the following conditions?

Similar Questions

The oxygen-hemoglobin dissociation curve shifts to the right due to a decrease in which of the following?

What are $P$ and $Q$ in the given reaction?
$CO _2+ H _2 O \underset{Q}{\stackrel{P}{\rightleftharpoons}} H _2 CO _3 \underset{Q}{\stackrel{P}{\rightleftharpoons}} HCO _3^{-}+ H ^{+}$

What happens in Hamburger shift?

Every $100 \ ml$ of oxygenated blood can deliver around $............$ of $O_2$ to the tissues under normal physiological conditions. (in $ml$)

What is the effect of $CO_2$ concentration on the dissociation of oxyhemoglobin called?

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