Acid-base disturbances may affect serum K+ levels via altering activity and directionality of the _____ exchanger
The levels of salivary HCO3- increase with _____ flow rate
Cl- in the parietal cell follows H+ into the lumen by diffusing through _____ channels
Increases in arterial H+ stimulate the _____ body peripheral chemoreceptors only, independent of changes in Pco2
Respiratory compensation in response to metabolic acidosis or alkalosis is _____ (timing)
Exercise may cause K+ to shift _____ cells
Pancreatic lipase is inactivated by _____ duodenal pH (high or low)
The compensatory response to an acid-base disturbance is always in _____ direction as the original acid-base disturbance
H+ is secreted by _____ on the luminal membrane of the -intercalated cells of the collecting duct
Aldosterone upregulates the _____ pump on the apical membrane of the -intercalated cells, increasing H+ excretion
Buffer systems (bicarbonate, phosphate, protein)
Flashcards
Henderson-Hasselbalch equation
Flashcards
Renal regulation of acid-base balance
Flashcards
Renal bicarbonate handling
Flashcards
Ammonia production and excretion
Flashcards
Titratable acid excretion
Flashcards
Respiratory regulation of acid-base
Flashcards
Metabolic acidosis mechanisms and compensation
Flashcards
Metabolic alkalosis mechanisms and compensation
Flashcards
Respiratory acidosis mechanisms and compensation
Flashcards
Respiratory alkalosis mechanisms and compensation
Flashcards
Mixed acid-base disorders
Flashcards
Clinical approach to acid-base disorders
Flashcards
Get full access to all flashcards, spaced repetition, and progress tracking.
Start For Free