Spezielle Pathophysiologie der Atmung

Bühlmann, A; Rossier, Paul

doi:10.1007/978-3-642-87194-8_3

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1975

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“…Die gegenwärtigen Kenntnisse sprechen für einen Zusammenhang von Dyspnoe und erhöhter Atemarbeit [2,17,20,22]. Eine deutliche Korrelation findet sich auch mit den Strömungswiderständen als wesent lichen Teilfaktoren der Atemarbeit [15].…”

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Atemmechanik und Belastungsdyspnoe bei Silikose

Klink¹,

Herold²,

Bürkmann³

et al. 1975

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Mechanics of breathing as studied in patients with different stages of silicosis in rest and during exercise show the following: dynamic compliance and work against elastic and viscous resistances could not be found to be deincisive indices of exertion dyspnea. Evidence of exertion dyspnea could only be achieved by means of the ration V_T/P_T (V_T = tidal volume, P_T = tidal esophageal pressure). Exertion dyspnea was observed at less than 0,081 V_T per cm H₂O P_T In accordance with Campbell and Howell, dyspnea is seen as an inappropriateness between ventilation and pressure needed

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