BIOC34H3 Lecture Notes - Lecture 5: Proximal Tubule, Whole Blood, Alkalosis

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4 Jan 2018
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Activity 2: rebreathing provide the data recorded from the experiments in this section. Activity 3: renal responses to respiratory acidosis and alkalosis. Activity 4: respiratory responses to metabolic acidosis and alkalosis. 1. drugs such as sids or dids block the activity of chloride-bicarbonate exchangers. Illustrate, on a ph-bicarbonate (davenport) diagram, the effects (on acid-base balance) of adding sids or dids to the proximal tubule epithelial cells in the kidneys. Due to the blockage in the chloride-bicarbonate exchanger of the proximal tubule, the bicarbonate reabsorption from the kidneys into the blood is very little, or none. If this drug blocks the activity of chloride-bicarbonate exchangers, blood bicarbonate levels would decrease, leading to acidosis in the blood and the kidney will undergo metabolic alkalosis as bicarbonate increases in the kidney cells. Davenport diagram clearly indicates that that the position is shifted from normal blood point to point 2 (along the pco2 isobar i. e. , no change in pco2).

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