KnowraPulmonary edemaLinked fromLinked fromThe 26 pages that link to Pulmonary edema, each with the reason it gives.All 26Broader topic 5Related 18Compared with 3Heart failureBroader topic: Elevated pressures on the left side of the heart can drive fluid into the lungs.EdemaBroader topic: It shows how edema can become an acute threat to breathing.Pulmonary alveolusRelated: Fluid in or around alveoli increases the distance gases must cross.PneumoniaRelated: Fluid accumulation can accompany pneumonia and make breathing difficult.Acute respiratory distress syndromeRelated: In ARDS, increased barrier permeability causes fluid to accumulate in alveoli.Pulmonary circulationRelated: Raised pressures in pulmonary vessels can contribute to fluid entering lung tissue.Chest radiographyRelated: Vascular redistribution and interstitial or alveolar opacities can indicate its presence.Ventilation–perfusion mismatchRelated: Fluid-filled alveoli receive less effective ventilation than their capillary blood flow.DrowningRelated: Lung injury after submersion can cause fluid accumulation and worsening oxygenation.Capillary exchangeBroader topic: Elevated pulmonary capillary pressure can drive excessive fluid into lung tissue.Pulmonary fibrosisCompared with: It can also cause breathlessness and abnormal imaging, but reflects fluid rather than scar.Fluid resuscitationRelated: Excessive or poorly tolerated intravenous fluid can raise lung water and impair oxygenation.Interstitial lung diseaseCompared with: Fluid can mimic interstitial changes on imaging but has a different mechanism and treatment.Loop diureticRelated: Loop diuretics can reduce congestion when elevated fluid volume contributes to it.BronchospasmCompared with: It can cause breathlessness and wheezing without primary bronchial muscle contraction.PhosgeneRelated: Phosgene exposure can cause delayed fluid accumulation that makes breathing progressively harder.Blood agentRelated: Choking agents can cause this lung injury, while blood agents act through other pathways.ChloropicrinRelated: High-level inhalation exposure can lead to life-threatening fluid accumulation in the lungs.Frank–Starling lawRelated: Excessive filling pressures can transmit backward into the pulmonary circulation and promote edema.Kidney failureRelated: Severe fluid retention can force fluid into the lungs and cause a medical emergency.FurosemideBroader topic: Intravenous furosemide may be used to relieve fluid overload in selected cases.Methyl isocyanateRelated: Severe methyl isocyanate inhalation can damage the lungs and produce this life-threatening condition.Ozone therapyRelated: Inhaling ozone can injure the lungs and contribute to severe respiratory effects.Respiratory diseaseRelated: Fluid in the lungs can obstruct oxygen transfer even when airways remain open.Blood–air barrierRelated: Interstitial fluid increases the distance gases must cross before reaching alveolar air.Circulatory and Respiratory Physiological PhenomenaBroader topic: Fluid in the lungs can impede gas exchange and often arises from heart dysfunction.
KnowraPulmonary edemaLinked fromLinked fromThe 26 pages that link to Pulmonary edema, each with the reason it gives.All 26Broader topic 5Related 18Compared with 3Heart failureBroader topic: Elevated pressures on the left side of the heart can drive fluid into the lungs.EdemaBroader topic: It shows how edema can become an acute threat to breathing.Pulmonary alveolusRelated: Fluid in or around alveoli increases the distance gases must cross.PneumoniaRelated: Fluid accumulation can accompany pneumonia and make breathing difficult.Acute respiratory distress syndromeRelated: In ARDS, increased barrier permeability causes fluid to accumulate in alveoli.Pulmonary circulationRelated: Raised pressures in pulmonary vessels can contribute to fluid entering lung tissue.Chest radiographyRelated: Vascular redistribution and interstitial or alveolar opacities can indicate its presence.Ventilation–perfusion mismatchRelated: Fluid-filled alveoli receive less effective ventilation than their capillary blood flow.DrowningRelated: Lung injury after submersion can cause fluid accumulation and worsening oxygenation.Capillary exchangeBroader topic: Elevated pulmonary capillary pressure can drive excessive fluid into lung tissue.Pulmonary fibrosisCompared with: It can also cause breathlessness and abnormal imaging, but reflects fluid rather than scar.Fluid resuscitationRelated: Excessive or poorly tolerated intravenous fluid can raise lung water and impair oxygenation.Interstitial lung diseaseCompared with: Fluid can mimic interstitial changes on imaging but has a different mechanism and treatment.Loop diureticRelated: Loop diuretics can reduce congestion when elevated fluid volume contributes to it.BronchospasmCompared with: It can cause breathlessness and wheezing without primary bronchial muscle contraction.PhosgeneRelated: Phosgene exposure can cause delayed fluid accumulation that makes breathing progressively harder.Blood agentRelated: Choking agents can cause this lung injury, while blood agents act through other pathways.ChloropicrinRelated: High-level inhalation exposure can lead to life-threatening fluid accumulation in the lungs.Frank–Starling lawRelated: Excessive filling pressures can transmit backward into the pulmonary circulation and promote edema.Kidney failureRelated: Severe fluid retention can force fluid into the lungs and cause a medical emergency.FurosemideBroader topic: Intravenous furosemide may be used to relieve fluid overload in selected cases.Methyl isocyanateRelated: Severe methyl isocyanate inhalation can damage the lungs and produce this life-threatening condition.Ozone therapyRelated: Inhaling ozone can injure the lungs and contribute to severe respiratory effects.Respiratory diseaseRelated: Fluid in the lungs can obstruct oxygen transfer even when airways remain open.Blood–air barrierRelated: Interstitial fluid increases the distance gases must cross before reaching alveolar air.Circulatory and Respiratory Physiological PhenomenaBroader topic: Fluid in the lungs can impede gas exchange and often arises from heart dysfunction.