Which set of factors can move the oxygen dissociation curve towards the right?

Question

Which set of factors can move the oxygen dissociation curve towards the right? (A) High Temperature and High pH (B) Low pO2 and Low pH (C) High pO2 and Low pH (D) Low pCO2 and High pH

Tardigrade Admin · Accepted Answer

According to Bohr's effect, the factors which favours the dissociation of oxyhaemoglobin to release oxygen at the tissue level and to shift the ODC into right side are: Low pO2 , High pCO2 , High H+ (Low pH ) and High Temperature.

Q. Which set of factors can move the oxygen dissociation curve towards the right?

High Temperature and High pH

Low $p O_{2}$ and Low pH

High $p O_{2}$ and Low pH

Low $pC O_{2}$ and High pH

According to Bohr's effect, the factors which favours the dissociation of oxyhaemoglobin to release oxygen at the tissue level and to shift the ODC into right side are: Low $p O_{2}$ , High $pC O_{2}$ , High $H^{+}$ (Low $p H$ ) and High Temperature.

Q. Which set of factors can move the oxygen dissociation curve towards the right?

High Temperature and High pH

Low pO2​ and Low pH

High pO2​ and Low pH

Low pCO2​ and High pH

According to Bohr's effect, the factors which favours the dissociation of oxyhaemoglobin to release oxygen at the tissue level and to shift the ODC into right side are: Low pO2​ , High pCO2​ , High H+ (Low pH ) and High Temperature.

Low $p O_{2}$ and Low pH

High $p O_{2}$ and Low pH

Low $pC O_{2}$ and High pH

According to Bohr's effect, the factors which favours the dissociation of oxyhaemoglobin to release oxygen at the tissue level and to shift the ODC into right side are: Low $p O_{2}$ , High $pC O_{2}$ , High $H^{+}$ (Low $p H$ ) and High Temperature.