Hamburger’s phenomenon is also known as

Question

Hamburger’s phenomenon is also known as (A) chloride shift mechanism (B) sodium&hyphen;potassium pump (C) carbonic acid shift mechanism (D) hydrogen shift mechanism

Tardigrade Admin · Accepted Answer

During transport, most of CO2 is passed into erythrocytes. A major part (nearly 70%) forms carbonic acid and then bicarbonate. <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/biology/b6a4a2b956a68b1f4d4885c2e269fe10-.png" /> A seizable portion of bicarbonate passes out into the plasma in return from chloride (Cl- ). It is called chloride shift or Hamburger’s phenomenon.

Q. Hamburger’s phenomenon is also known as

chloride shift mechanism

sodium‐potassium pump

carbonic acid shift mechanism

hydrogen shift mechanism

During transport, most of $C O_{2}$ is passed into erythrocytes. A major part (nearly 70%) forms carbonic acid and then bicarbonate.

A seizable portion of bicarbonate passes out into the plasma in return from chloride ( $C l^{-}$ ). It is called chloride shift or Hamburger’s phenomenon.

Q. Hamburger’s phenomenon is also known as

chloride shift mechanism

sodium‐potassium pump

carbonic acid shift mechanism

hydrogen shift mechanism

During transport, most of CO2​ is passed into erythrocytes. A major part (nearly 70%) forms carbonic acid and then bicarbonate. A seizable portion of bicarbonate passes out into the plasma in return from chloride (Cl− ). It is called chloride shift or Hamburger’s phenomenon.

During transport, most of $C O_{2}$ is passed into erythrocytes. A major part (nearly 70%) forms carbonic acid and then bicarbonate.

A seizable portion of bicarbonate passes out into the plasma in return from chloride ( $C l^{-}$ ). It is called chloride shift or Hamburger’s phenomenon.