BIOC34H3 Study Guide - Quiz Guide: Metabolic Acidosis, Proximal Tubule, Ph
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Bioc34; fifth assignment (2013): physioex lab 10 (acid-base balance) Provide the data recorded from the experiments in this section (i. e. , chart 1; normal breathing, hyperventilation and normal/hypervention). (2 marks) Provide the data recorded from the experiments in this section (i. e. , chart 2). (2 marks) Activity 3: renal responses to respiratory acidosis and alkalosis. Provide the data recorded from the experiments in this section (i. e. , chart 3). (2 marks) Activity 4:respiratory responses to metabolic acidosis and alkalosis. Provide the data recorded from the experiments in this section (i. e. , chart 4). (2 marks) Questions: 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 blockage in the chloride-bicarbonate exchanger of the proximal tubule, the bicarbonate reabsorption from the kidneys into the blood is little to none.
