Decreased AB and AB<SB can be seen in: ( ) A: Respiratory acidosis B: Metabolic alkalosis C: Metabolic acidosis D: Metabolic acidosis mixed with metabolic alkalosis E: Mixed acidosis

Decreased AB and AB&lt;SB can be seen in: ( ) A: Respiratory acidosis B: Metabolic alkalosis C: Metabolic acidosis D: Metabolic acidosis mixed with metabolic alkalosis E: Mixed acidosis

Which of the following can lead to increases of both AB and SB? A: Acute respiratory acidosis B: Chronic respiratory acidosis C: Acute respiratory alkalosis D: Chronic respiratory alkalosis E: Acute metabolic acidosis

Metabolic acidosis with increased AG might be caused by A: diarrhea B: ketoacidosis C: renal tubular acidosis D: hyperkalemia E: blood dilution

The<br/>results of blood-gas analysis of a patient with hysteria are<br/>increased pH, normal SB and decreased PaCO2, they indicate() A: Respiratory<br/>acidosis B: Respiratory<br/>alkalosis C: Metabolic<br/>alkalosis D: Metabolic<br/>acidosis with a normal AG E: Metabolic<br/>acidosis with a high AG

Which of the following is most likely to occur if both actual bicarbonate (AB) and standard bicarbonate (SB) are higher than the normal values, and with higher AB than SB? A: Metabolic acidosis with a normal AG B: Metabolic acidosis with an increased AG C: Respiratory acidosis D: Respiratory alkalosis E: Mixed alkalosis

The urine from an individual with metabolic acidosis caused by hyperkalemia is acidic.

In chronic metabolic acidosis, pH remains 7.40 after the compensation of kidney.

Metabolic acidosis can increase the GABA concentration in the brain tissue of the patient.

In acute metabolic acidosis, pH, AB, SB, PaCO2 are all decreased.