Linked from

The 25 pages that link to Pulmonary alveolus, each with the reason it gives.

• Mechanical ventilationBroader topic: Ventilator pressure ultimately moves gas toward these sites of exchange.

• VentilationBroader topic: Alveoli receive ventilated air before oxygen diffuses into the blood.

• LungBroader topic: Alveoli provide the large, delicate surfaces where oxygen and carbon dioxide cross.

• Gas exchangeBroader topic: Alveoli provide the extensive, thin-walled exchange surface of mammalian lungs.

• Respiratory systemBroader topic: These microscopic sacs provide the principal gas-exchange surface in human lungs.

• Pulmonary circulationBroader topic: Pulmonary capillaries surround alveoli, bringing blood close to inhaled air.

• Surface areaBroader topic: Numerous alveoli provide a large surface area for gas exchange.

• BicarbonateBroader topic: Bicarbonate is converted back to carbon dioxide near these sites for exhalation.

• Respiratory failureBroader topic: Gas exchange at alveoli is central to respiratory function.

• Ventilation–perfusion mismatchBroader topic: Alveoli are the units whose airflow must align with nearby capillary flow.

• InhalationBroader topic: Inhaled air ultimately reaches these sacs for gas exchange.

• Surface-area-to-volume ratioBroader topic: Its numerous folded sacs provide a large exchange surface relative to lung volume.

• TracheaCompared with: The trachea conducts air; alveoli are the distant sites of gas exchange.

• Young–Laplace equationBroader topic: Alveolar curvature and surfactant affect the pressure needed to keep air sacs open.

• Noninvasive ventilationBroader topic: The goal of ventilation support is to improve gas exchange across these lung structures.

• Inhalational anestheticBroader topic: Anesthetic enters pulmonary blood across the alveolar surface.

• Marcello MalpighiBroader topic: His lung studies described the small air spaces and their relation to surrounding vessels.

• BronchusCompared with: Bronchi conduct air; alveoli provide the thin surfaces for gas exchange.

• BreathingBroader topic: Air delivered by breathing reaches these sacs for oxygen uptake and carbon dioxide release.

• PulmonologyBroader topic: Damage to alveoli impairs oxygen transfer and underlies disorders such as emphysema.

• Alpha-1 antitrypsin deficiencyRelated: Alveolar walls are vulnerable to elastase-mediated destruction.

• Respiratory diseaseBroader topic: Damage to these sacs can directly disrupt gas exchange.

• Blood–air barrierNarrower topic: The barrier forms the tissue boundary of each gas-exchanging air sac.

• Parenchymal tissue (animal organs)Broader topic: Alveolar structures are a major functional component of lung parenchyma.

• Pulmonary alveolar proteinosisBroader topic: The disease’s defining material accumulates in these air sacs.