Acidosis and alkalosis – part 5. (~ 21 min)

• 24 + [0.1 x (pCO2 – 40)]

This formula allows to calculate adequate compensatory response to _______

Fill in the blank.

Fill in the blank.

Which of the following is the diagnosis?

Fill in the blank.

Which of the following is the diagnosis?

Which of the following diuretics cause acidosis?

Fill in the blank. 8/20

Hyperventilation is a compensatory response to _________

• Normal urine pH is <4,5.

• Nephron can`t produce such pH.

• In order to excrete more H+, acid should be buffered.

H+ is secreted into urine and combines with __________

Sort elements:

Hyperventilation leads to _________

Green zone represents  _______

• pH >7.45

• Pco2 > 40

• HCO3- > 24

Which of the following is the diagnosis?

Panic attack leads to _______

Elevating pCO2 via hypoventilation is a compensatory response to _________

• pH <7.35

• Pco2 > 40

• HCO3- > 24

Which of the following is the diagnosis?

• Methanol

• Ethanol

• Ethylene glycol

• Propylene glycol

ingestion of these substances leads to ______

When calculating a compensatory response to respiratory acidosis/alkalosis, you calculate ______

Which of the following is a pathogenesis of type 2 renal tubular acidosis?

Elevating HCO3 via stimulation of kidney reabsorption is a compensatory response to _________

Sort formula to determine adequate compensatory response:

Saline infusion can cause _________

Pick formula to determine adequate compensatory response to respiratory alkalosis, acute:

Renal tubular acidosis is a _______

• metabolic alkalosis;

• low urine Cl;

• saline-responsive

Which of the following is a cause?