Question

What happens in Hamburger shift : (1) HCO, ions move out to the plasma and Cl-ions enters into RBC (2) H CO, ions move out from the plasma and CI- ions enters into RBC (3) H* ions move out from the plasma and Cl- ions enters into RBC (4) HCO3" ions move out from the plasma and H* ions enters into RBC

Answer 1

Explanation:

What happens in Hamburger shift : (1) HCO, ions move out to the plasma and Cl-ions enters into RBC (2) H CO, ions move out from the plasma and CI- ions enters into RBC (3) H* ions move out from the plasma and Cl- ions enters into RBC (4) HCO3" ions move out from the plasma and H* ions enters into RBCWhat happens in Hamburger shift : (1) HCO, ions move out to the plasma and Cl-ions enters into RBC (2) H CO, ions move out from the plasma and CI- ions enters into RBC (3) H* ions move out from the plasma and Cl- ions enters into RBC (4) HCO3" ions move out from the plasma and H* ions enters into RBCWhat happens in Hamburger shift : (1) HCO, ions move out to the plasma and Cl-ions enters into RBC (2) H CO, ions move out from the plasma and CI- ions enters into RBC (3) H* ions move out from the plasma and Cl- ions enters into RBC (4) HCO3" ions move out from the plasma and H* ions enters into RBCWhat happens in Hamburger shift : (1) HCO, ions move out to the plasma and Cl-ions enters into RBC (2) H CO, ions move out from the plasma and CI- ions enters into RBC (3) H* ions move out from the plasma and Cl- ions enters into RBC (4) HCO3" ions move out from the plasma and H* ions enters into RBCWhat happens in Hamburger shift : (1) HCO, ions move out to the plasma and Cl-ions enters into RBC (2) H CO, ions move out from the plasma and CI- ions enters into RBC (3) H* ions move out from the plasma and Cl- ions enters into RBC (4) HCO3" ions move out from the plasma and H* ions enters into RBCWhat happens in Hamburger shift : (1) HCO, ions move out to the plasma and Cl-ions enters into RBC (2) H CO, ions move out from the plasma and CI- ions enters into RBC (3) H* ions move out from the plasma and Cl- ions enters into RBC (4) HCO3" ions move out from the plasma and H* ions enters into RBCWhat happens in Hamburger shift : (1) HCO, ions move out to the plasma and Cl-ions enters into RBC (2) H CO, ions move out from the plasma and CI- ions enters into RBC (3) H* ions move out from the plasma and Cl- ions enters into RBC (4) HCO3" ions move out from the plasma and H* ions enters into RBCWhat happens in Hamburger shift : (1) HCO, ions move out to the plasma and Cl-ions enters into RBC (2) H CO, ions move out from the plasma and CI- ions enters into RBC (3) H* ions move out from the plasma and Cl- ions enters into RBC (4) HCO3" ions move out from the plasma and H* ions enters into RBCWhat happens in Hamburger shift : (1) HCO, ions move out to the plasma and Cl-ions enters into RBC (2) H CO, ions move out from the plasma and CI- ions enters into RBC (3) H* ions move out from the plasma and Cl- ions enters into RBC (4) HCO3" ions move out from the plasma and H* ions enters into RBC hihihijWhat happens in Hamburger shift : (1) HCO, ions move out to the plasma and Cl-ions enters into RBC (2) H CO, ions move out from the plasma and CI- ions enters into RBC (3) H* ions move out from the plasma and Cl- ions enters into RBC (4) HCO3" ions move out from the plasma and H* ions enters into RBC

Answer 2

Answer:

1 is ans

Explanation:

the movement of chloride into RBCs which occurs when the buffer effects of deoxygenated haemoglobin increase the intracellular bicarbonate concentration, and the bicarbonate is exported from the RBC in exchange for chloride.

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