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MODÈLE DE ROUGHTON ET FORSTER POUR LA DIFFUSION DES GAZ 2 étapes de transfert depuis les ________ jusqu'à l'___________-Diffusion du gaz en phase liquide à travers la « _________ »-Combinaison du _____ avec l'hémoglobine « Résistance » au passage du gaz à chaque étape:-_________ en série des 2 résistances DIFFUSION PULMMONAIRE DES GAZ -Diffusion de l'O2: ________ DeltaP entre le sang qui arrive dan les capillaires et le gaz alvéolaire*-équilibre atteint rapidement en env 0,25s (temps de contact entre le _______ qui circule ds les capillaires pulmonR et les _____ _________:env 0,75s au reposDiffusion du CO2: _______ DeltaP entre le sang _______ mêlé et le gaz alvéolaire* (équilibre atteint en env 0,25s)
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