Bicarbonate Buffer System — Flashcards
Decreased arterial pH (metabolic acidosis) causes compensatory _____-ventilation with consequent decreased PCO2
At _____ urine pH, the BH+ form of a weak base exists, thus increasing excretion
The arterial blood profile seen in compensated respiratory alkalosis is: pH: _____[HCO3-]: decreasedPCO2: decreased
The arterial blood profile seen in compensated metabolic alkalosis is: pH: _____[HCO3-]: increasedPCO2: increased
Un-reabsorbed _____ (15%) serves as a urinary buffer for H+
If the pH is reduced from 7.4 to 7.3 with the alveolar PO2 being constant at 100 mmHg, PCO2 would follow line _____.
At _____ urine pH, the HA form of a weak acid exists, thus decreasing excretion
The arterial blood profile seen in compensated metabolic acidosis is: pH: _____[HCO3-]: decreasedPCO2: decreased
Renal correction of respiratory acidosis includes increased excretion of excess fixed H+ as _____ and NH4+
Bicarbonate Buffer System Flashcards for NEET-PG
Study 9 flashcards on Bicarbonate Buffer System for NEET-PG Physiology. These active recall cards cover the key concepts, clinical associations, and high-yield facts from this chapter of Acid-Base Balance. Each card is designed to test your understanding rather than just recognition, building stronger and more durable memories for exam day.
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