The Bohr shift describes

Question

The Bohr shift describes (A) The outward movement of Cl--from the blood cell in exchange for HCO3-The outward movement of Cl- from the blood cell in exchange for HCO3-moving into the cell. (B) The leftward shift of the entire oxygen equilibrium curve when temperature rises. (C) The rightward shift of the entire oxygen equilibrium curve when pH rises. (D) The rightward shift of the entire oxygen equilibrium curve when pH falls.

Tardigrade Admin · Accepted Answer

The Bohr effect describes the action of pH on the oxygenbinding curve. Decreases in pH result in a net right shift of the entire oxygen equilibrium curve.

Q. The Bohr shift describes

The outward movement of Cl $^{-} -$ from the blood cell in exchange for HCO $_{3}^{-}$ The outward movement of Cl- from the blood cell in exchange for $H C O_{3}^{-}$ moving into the cell.

The leftward shift of the entire oxygen equilibrium curve when temperature rises.

The rightward shift of the entire oxygen equilibrium curve when pH rises.

The rightward shift of the entire oxygen equilibrium curve when pH falls.

The Bohr effect describes the action of pH on the oxygenbinding curve. Decreases in pH result in a net right shift of the entire oxygen equilibrium curve.

Q. The Bohr shift describes

The outward movement of Cl−−from the blood cell in exchange for HCO3−​The outward movement of Cl- from the blood cell in exchange for HCO3−​moving into the cell.

The leftward shift of the entire oxygen equilibrium curve when temperature rises.

The rightward shift of the entire oxygen equilibrium curve when pH rises.

The rightward shift of the entire oxygen equilibrium curve when pH falls.

The Bohr effect describes the action of pH on the oxygenbinding curve. Decreases in pH result in a net right shift of the entire oxygen equilibrium curve.

The outward movement of Cl $^{-} -$ from the blood cell in exchange for HCO $_{3}^{-}$ The outward movement of Cl- from the blood cell in exchange for $H C O_{3}^{-}$ moving into the cell.