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Hamburger’s phenomenon explains
Options
(a) formation of HCO₃⁻
(b) chloride shift
(c) oxygen saturation of haemoglobin
(d) breathing mechanism
Correct Answer:
chloride shift
Explanation:
Removal of CO₂from blood involves both influx of Cl ̄ions into RBCsand efflux of HCO₃ ̄ions from RBCs. Exit of bicarbonate ions, considerably change ionic balance between the plasma and the erythrocytes (RBCs). To restore this ionic balance, the chloride ions diffuse from the plasma into erythrocytes. This movement of chloride ions is called chloride shift (Hamburger’s phenomenon).
Related Questions: - The H-zone in the skeletal muscle fibre is due to :
- Ribose sugar is present in
- Accumulation of which of the following in muscle causes fatigue
- Deficiency of which of the following causes anaemia?
- Which of the following sequence is correct?
Topics: Human Digestion and Breathing
(167)
Subject: Biology
(4253)
Important MCQs Based on Medical Entrance Examinations To Improve Your NEET Score
- The H-zone in the skeletal muscle fibre is due to :
- Ribose sugar is present in
- Accumulation of which of the following in muscle causes fatigue
- Deficiency of which of the following causes anaemia?
- Which of the following sequence is correct?
Topics: Human Digestion and Breathing (167)
Subject: Biology (4253)
Important MCQs Based on Medical Entrance Examinations To Improve Your NEET Score
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