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- Fink_effect abstract "The Fink effect, also known as "diffusion anoxia", "diffusion hypoxia", or the "third gas effect", is a factor that influences the pO2 (partial pressure of oxygen) within the alveolus. When soluble gases (e.g. nitrous oxide, N2O) are breathed in large quantities they can be dissolved in body fluids rapidly. This can lead to a temporary increase in the concentration of oxygen and carbon dioxide in the alveolus, causing an increase in their respective partial pressures.The effect is named for Bernard Raymond Fink (1914–2000), whose 1955 paper first explained it.When a patient is recovering from N2O anaesthesia, large quantities of this gas cross from the blood into the alveolus (down its concentration gradient) and so for a short period of time, the O2 and CO2 in the alveolus are diluted by this gas. This could potentially cause the partial pressure of oxygen to decrease and could temporarily lead to hypoxia. The decrease in CO2 could also potentiate this effect as ventilation would be suppressed, leading to potential hypoxaemia. Nonetheless, this effect would only last a couple of minutes and hypoxia can be avoided by increasing the fractional inspired oxygen concentration when recovering from N2O anaesthesia.".
- Fink_effect wikiPageID "19144456".
- Fink_effect wikiPageLength "3410".
- Fink_effect wikiPageOutDegree "21".
- Fink_effect wikiPageRevisionID "679196778".
- Fink_effect wikiPageWikiLink Alveolus.
- Fink_effect wikiPageWikiLink Anaesthesia.
- Fink_effect wikiPageWikiLink Anesthesia.
- Fink_effect wikiPageWikiLink Bernard_Raymond_Fink.
- Fink_effect wikiPageWikiLink Carbon_dioxide.
- Fink_effect wikiPageWikiLink Category:Anesthesia.
- Fink_effect wikiPageWikiLink Category:Diffusion.
- Fink_effect wikiPageWikiLink Concentration.
- Fink_effect wikiPageWikiLink Dissolution_(chemistry).
- Fink_effect wikiPageWikiLink Fluid.
- Fink_effect wikiPageWikiLink Fluids.
- Fink_effect wikiPageWikiLink Human_body.
- Fink_effect wikiPageWikiLink Hypoxaemia.
- Fink_effect wikiPageWikiLink Hypoxemia.
- Fink_effect wikiPageWikiLink Hypoxia_(medical).
- Fink_effect wikiPageWikiLink Nitrous_oxide.
- Fink_effect wikiPageWikiLink Oxygen.
- Fink_effect wikiPageWikiLink Oxygen_saturation.
- Fink_effect wikiPageWikiLink Pressure.
- Fink_effect wikiPageWikiLink Pressures.
- Fink_effect wikiPageWikiLink Pulmonary_alveolus.
- Fink_effect wikiPageWikiLink Solubility.
- Fink_effect wikiPageWikiLink Soluble.
- Fink_effect wikiPageWikiLink Ventilation_(physiology).
- Fink_effect wikiPageWikiLinkText "Fink effect".
- Fink_effect hasPhotoCollection Fink_effect.
- Fink_effect wikiPageUsesTemplate Template:Anesthesia.
- Fink_effect wikiPageUsesTemplate Template:Reflist.
- Fink_effect subject Category:Anesthesia.
- Fink_effect subject Category:Diffusion.
- Fink_effect hypernym Factor.
- Fink_effect type Protein.
- Fink_effect type Specialty.
- Fink_effect comment "The Fink effect, also known as "diffusion anoxia", "diffusion hypoxia", or the "third gas effect", is a factor that influences the pO2 (partial pressure of oxygen) within the alveolus. When soluble gases (e.g. nitrous oxide, N2O) are breathed in large quantities they can be dissolved in body fluids rapidly.".
- Fink_effect label "Fink effect".
- Fink_effect sameAs مفعول_فينك.
- Fink_effect sameAs Diffusionshypoxie.
- Fink_effect sameAs Fink-effektus.
- Fink_effect sameAs m.04lhnfj.
- Fink_effect sameAs Q460869.
- Fink_effect sameAs Q460869.
- Fink_effect sameAs 芬克效应.
- Fink_effect wasDerivedFrom Fink_effect?oldid=679196778.
- Fink_effect isPrimaryTopicOf Fink_effect.