Linked from

The 13 pages that link to Ventilation–perfusion mismatch, each with the reason it gives.

• Chronic obstructive pulmonary diseaseRelated: Unevenly damaged lung regions impair oxygen exchange and can lower blood oxygen.

• HypoxemiaRelated: Uneven matching of airflow and blood flow is a common cause of low arterial oxygen.

• Pulmonary embolismRelated: Blocked vessels leave ventilated lung regions with reduced blood flow, impairing gas exchange.

• Pulmonary edemaRelated: Edema creates poorly ventilated regions that may still receive blood flow.

• Pulmonary alveolusRelated: Gas exchange depends on matching fresh alveolar air with perfusing blood.

• Acute respiratory distress syndromeRelated: Fluid-filled or collapsed alveoli receive blood but little air, lowering blood oxygen.

• Pulmonary circulationRelated: It shows why adequate pulmonary blood flow alone cannot guarantee effective gas exchange.

• Oxygen therapyRelated: It is a common cause of hypoxemia that often responds to supplemental oxygen.

• Respiratory failureRelated: Uneven airflow and blood flow commonly impair oxygenation.

• Noninvasive ventilationRelated: It helps explain why better ventilation does not always fully correct low blood oxygen.

• AtelectasisRelated: Atelectatic regions may remain perfused despite receiving little air.

• AnoxemiaRelated: Uneven matching of airflow and blood flow is a common cause of arterial oxygen deficiency.

• Shortness of breathRelated: It can impair gas exchange and contribute to the sensation of unsatisfied breathing.