According to Heldane effect how oxyhaemoglobin behaves:

Question

According to Heldane effect how oxyhaemoglobin behaves: (A) It act as powerful base so reaction with CO2 reduces (B) It act as strong base so reaction with CO2 increase (C) Oxyhaemoglobin act as strong acid so association with CO2 reduces (D) Oxyhaemoglobin act as strong acid so association with CO2 increase

Tardigrade Admin · Accepted Answer

Oxy haemoglobin behaves as a strong acid which dissociates H2CO3 into CO2 and H2O in the presence of carbonic anhydrase enzyme.

Q. According to Heldane effect how oxyhaemoglobin behaves:

It act as powerful base so reaction with $C O_{2}$ reduces

It act as strong base so reaction with $C O_{2}$ increase

Oxyhaemoglobin act as strong acid so association with $C O_{2}$ reduces

Oxyhaemoglobin act as strong acid so association with $C O_{2}$ increase

Oxy haemoglobin behaves as a strong acid which dissociates $H_{2} C O_{3}$ into $C O_{2}$ and $H_{2} O$ in the presence of carbonic anhydrase enzyme.

Q. According to Heldane effect how oxyhaemoglobin behaves:

It act as powerful base so reaction with CO2​ reduces

It act as strong base so reaction with CO2​ increase

Oxyhaemoglobin act as strong acid so association with CO2​ reduces

Oxyhaemoglobin act as strong acid so association with CO2​ increase

Oxy haemoglobin behaves as a strong acid which dissociates H2​CO3​ into CO2​ and H2​O in the presence of carbonic anhydrase enzyme.

It act as powerful base so reaction with $C O_{2}$ reduces

It act as strong base so reaction with $C O_{2}$ increase

Oxyhaemoglobin act as strong acid so association with $C O_{2}$ reduces

Oxyhaemoglobin act as strong acid so association with $C O_{2}$ increase

Oxy haemoglobin behaves as a strong acid which dissociates $H_{2} C O_{3}$ into $C O_{2}$ and $H_{2} O$ in the presence of carbonic anhydrase enzyme.