Understanding Anatomic Dead Space: Impact on Ventilation

The size of a patient’s tidal volume vs. dead space determines whether breathing is sufficient. Speaking doesn’t indicate effective breathing. Anatomical dead space affects ventilation. Minute ventilation may not reflect alveolar ventilation. This is crucial for assessing respiratory distress. Supplemental oxygen may delay hypoxia but not hypoventilation. Always consider dead space in evaluating respiratory status. Read More …

Anatomic Dead Space Affects Hypoventilation

Having a tidal volume close to, or smaller than the patient’s dead space can lead to significant hypercarbia, hypoxia, and respiratory failure. This article discusses the concept of dead space and it’s clinical use in recognizing hypoventilation and preventing hypoxia and hypercarbia. Read More …