Selection of proper flow will reduce the respiratory rate. Flow (dose) affects the time (respiratory rate). Clearance of expired air causes a reduction in dead space, but it is dose and time dependent. Understanding the importance of dead space and its indication of overall lung function will prove beneficial to patient outcomes.Īssessing the dead space throughout ventilation and treating with high flows is a key mechanism for decreased anatomical dead space. Anatomical dead space is only part of physiological dead space. Dead space is an intrinsic part of volume capnography and a significant value for clinical situations.
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