Acute kidney injury = metabolic _____ and hyperkalemia Loop diuretic = metabolic _____ and hypokalemia
Hint: acidosis/alkalosis
↑ Insulin/β-agonist/alkalosis = _____
Hint: hyperkalemia/hypokalemia
Early aspirin intoxication = _____ Later aspirin intoxication (> 12 hours) = _____
What is the normal range of pH arterial blood (room air)?
68 y/o man comes with abdominal pain, nausea for past 2 days. -Lactic acid, venous blood: 5.6 (normal: 0.5 - 2.0) -Urinalysis: Acidic urine. -Renal metabolism of what amino acids is most important for maximizing acid excretion in this patient?
Somatostatin secretion is stimulated by _____ pH in the GI mucosa (high or low)
The mucus that covers the gastric epithelium traps _____, thus neutralizing any HCl that penetrates the mucus barrier
_____ increases H+ secretion indirectly by causing histamine release from ECL cells
In response to respiratory alkalosis (e.g. due to high altitude), there is increased renal excretion of _____
What is the normal average blood HCO3- concentration (mEq/L)?_____
Buffer systems (bicarbonate, phosphate, protein)
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Henderson-Hasselbalch equation
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Renal regulation of acid-base balance
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Renal bicarbonate handling
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Ammonia production and excretion
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Titratable acid excretion
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Respiratory regulation of acid-base
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Metabolic acidosis mechanisms and compensation
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Metabolic alkalosis mechanisms and compensation
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Respiratory acidosis mechanisms and compensation
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Respiratory alkalosis mechanisms and compensation
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Mixed acid-base disorders
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Clinical approach to acid-base disorders
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