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Fisiología respiratoria en espirometría: Verdades y Falsedades

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Descubre conceptos clave de espirometría.

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Colombia

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Fisiología respiratoria en espirometría: Verdades y Falsedades
 

Fisiología respiratoria en espirometría: Verdades y FalsedadesOnline version

Descubre conceptos clave de espirometría.

by Nury Valentina Garcia Rubiano
1

Durante la fase de la inspiración la presión intrapulmonar desciende a causa del cambio de presión atmosférica por un gradiente de flujo en la vía respiratoria.

2

La espirometría evalúa FEV1, FVC y FEV1/FVC.

3

En un patrón restrictivo es usual observar en la curva de distensibilidad (P/V) elevación de la histéresis.

4

El espacio muerto anatómico corresponde a capilares pulmonares

5

La mayor perfusión pulmonar ocurre en las bases pulmonares

6

El aumento de la temperatura provoca aumenta la afinidad de la hemoglobina por el O₂

7

La presión alveolar es negativa durante la espiración normal

8

El surfactante es producido por neumocitos tipo II

9

El diafragma es el principal músculo de la espiración

10

En el ejercicio, la ventilación alveolar disminuye

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