Compensatory Mechanisms — Flashcards
The arterial blood profile seen in compensated respiratory acidosis is: pH: _____[HCO3-]: increasedPCO2: increased
The primary disturbance in metabolic acidosis is a _____ in HCO3-
The primary disturbance in metabolic alkalosis is a(n) _____ in HCO3- OR a decrease in H+
The primary disturbance in respiratory alkalosis is _____-ventilation, which results in decreased CO2
Renal correction of respiratory acidosis includes increased excretion of excess fixed H+ as _____ and NH4+
The arterial blood profile seen in compensated metabolic acidosis is: pH: _____[HCO3-]: decreasedPCO2: decreased
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 respiratory alkalosis is: pH: _____[HCO3-]: decreasedPCO2: decreased
Compensatory Mechanisms Flashcards for NEET-PG
Study 9 flashcards on Compensatory Mechanisms 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.
For personalised spaced repetition scheduling and unlimited flashcards, download the Oncourse app.
Frequently Asked Questions
Are Compensatory Mechanisms flashcards free?
How many flashcards does this chapter have?
How should I use these flashcards for NEET-PG?
Are there more flashcards for Acid-Base Balance?
Want unlimited flashcards?
Get full access to all flashcards, spaced repetition, and progress tracking.
Start For Free