



Prepara tus exámenes y mejora tus resultados gracias a la gran cantidad de recursos disponibles en Docsity
Gana puntos ayudando a otros estudiantes o consíguelos activando un Plan Premium
Prepara tus exámenes
Prepara tus exámenes y mejora tus resultados gracias a la gran cantidad de recursos disponibles en Docsity
Prepara tus exámenes con los documentos que comparten otros estudiantes como tú en Docsity
Encuentra los documentos específicos para los exámenes de tu universidad
Estudia con lecciones y exámenes resueltos basados en los programas académicos de las mejores universidades
Responde a preguntas de exámenes reales y pon a prueba tu preparación
Consigue puntos base para descargar
Gana puntos ayudando a otros estudiantes o consíguelos activando un Plan Premium
Comunidad
Pide ayuda a la comunidad y resuelve tus dudas de estudio
Ebooks gratuitos
Descarga nuestras guías gratuitas sobre técnicas de estudio, métodos para controlar la ansiedad y consejos para la tesis preparadas por los tutores de Docsity
tarea de physyioex semana 11 2021
Tipo: Guías, Proyectos, Investigaciones
1 / 7
Esta página no es visible en la vista previa
¡No te pierdas las partes importantes!




Exercise 7 : Respiratory System Mechanics Activity 2 : Comparative Spirometry Name: GRUPO A - Bustamante, Guerra, Prado y Saldaña Date: 28 October 2021 Session ID: session-0ce5073e-4b35-493d-a627-1f9cb66d5b
You scored 100% by answering 5 out of 5 questions correctly.
Predict Questions A normal resting tidal volume is expected to be around You correctly answered: 500 ml.
Which respiratory process is impaired the most by emphysema? You correctly answered: expiration.
During an asthma attack You correctly answered: inspiration and expiration are impaired.
During moderate aerobic exercise, which respiratory variable increases the most? You correctly answered: tidal volume.
Inhaler medications for an asthma patient are designed to You correctly answered: dilate the patient's bronchioles.
Predict Question 1: With emphysema, there is a significant loss of elastic recoil in the lung tissue and a noticeable, exhausting muscular effort is required for each expiration. Inspiration actually becomes easier because the lung is now overly compliant. Using the spirogram, calculate the lung value most affected by the emphysema condition. Your answer: FEV.
1 Predict Question 2: During an acute asthma attack, airway resistance is significantly increased by (1) increased thick mucous secretions and (2) airway smooth muscle spasms.
Stop & Think Questions To which lung value in the spirogram would you see the greatest change in a patient suffering from an acute asthma attack? Your answer: FVC. Predict Question 3: When an acute asthma attack occurs, many people seek relief from the increased airway resistance by using an inhaler. This device atomizes the medication and induces bronchiole dilation (though it can also contain an anti-inflammatory agent). Which lung value remained relatively unchanged when comparing a patient with an acute asthma attack, acute asthma attack with inhaler, and normal? Your answer: IRV.
Predict Question 4: During moderate aerobic exercise, the human body will change its respiratory cycle in order to meet increased metabolic demands. During heavy exercise, further changes in respiration are required to meet the extreme metabolic demands of the body. Which lung value will change more during moderate exercise, the ERV or the IRV? Your answer: IRV.
When obstructive lung disease develops, what happens to the FEV (%)? You correctly answered: It decreases.
Compared with the normal patient, what happened to the FVC in this patient? You correctly answered: It decreased.
Compared with the normal patient, what happened to the FEV in this patient? You correctly answered: It decreased.
Compared with the normal patient, what happened to the FVC in this patient? You correctly answered: It decreased.
Compared with the normal patient, what happened to the FEV in this patient? You correctly answered: It decreased.
Which value in the spirogram never changed from that of the normal patient? You correctly answered: TLC.
For both types of exercise, the tidal volumes and breathing rates were increased. Compared with normal values, did tidal volume or breathing rate increase more during
Asthma Attack Plus Inhaler Moderate Exercise Heavy Exercise
You scored 100% by answering 5 out of 5 questions correctly.
Which of the following respiratory values represents a decreased flow rate during the obstructive lung disease(s)? You correctly answered: FEV.
1 Calculate the ERV of an individual with the following respiratory volumes: TLC = 6000 ml, FVC = 4800 ml, RV = 1200 ml, IRV = 2900 ml, TV = 500 ml. You correctly answered: 1400 ml.
Calculate the FVC of an individual with the following respiratory volumes: RV = 1000 ml, IRV = 3000 ml, TV = 500 ml, ERV = 1500 ml. You correctly answered: 5000 ml.
What is the largest volume for the normal patient? You correctly answered: IRV.
What happened to the RV for the emphysema patient and the asthmatic patient? You correctly answered: It decreased for both patients.
What lung values changed (from those of the normal patient) in the spirogram when the patient with emphysema was selected? Why did these values change as they did? How well did the results compare with your prediction? Your answer:
El aumento del FEV1 tendría que aumentar al menos en un 10 - 15% para ser considerada una mejoría. With moderate aerobic exercise, which changed more from normal breathing, the ERV or the IRV? How well did the results compare with your prediction? Your answer: Hubo un mayor cambio en el IRV, tal como se predijo.
Compare the breathing rates during normal breathing, moderate exercise, and heavy exercise. Your answer: Comparando las frecuencias respiratorias en parámetros normales, ejercicio moderado y ejercicio fuerte se puede apreciar que esta aumenta tanto en el ejercicio moderado como en el ejercicio intenso, sin embargo, es mayor en el ejercicio intenso, debido a la necesidad de oxígeno que tienen los tejidos.