Test Bank for Ruppel’s Manual of Pulmonary Function
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
b7b7 Testing 12th Edition, By Mottram
b7b7 b7b7 b7b7 b7b7
Chapter 1 - 13 Updated
b7b7 b7b7 b7b7 b7b7 b7b7
,Chapter 1: Indications for Pulmonary Function Testing Test
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
Bank
b7b7
MULTIPLE CHOICE b7b7
1. Who first popularized spirometry for the evaluation of pulmonary function?
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
a. August and Marie Krogh b7b7 b7b7 b7b7
b. Alvan Barach b7b7
c. John Severinghaus b7b7
d. John Hutchinson b7b7
ANS: D b7b7
Hutchinson popularized the concept of using VC to assess lung function, and
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
the names he gave to several other lung compartments are still used today.
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
DIF: 1 REF: p. 2 OBJ:
b7b7 None b 7 b 7 MSC: NBRC: None
b7b7 b7b7
2. Which of the following are indications for performing spirometry?
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
1. Assess the risk of lung resection. b7b7 b7b7 b7b7 b7b7 b7b7
2. Determine the response to bronchodilator therapy. b7b7 b7b7 b7b7 b7b7 b7b7
3. Assess the severity of restrictive lung disease.
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
4. Quantify the extent of COPD. b7b7 b7b7 b7b7 b7b7
a. 1 and 4 b 7 b 7 b 7 b 7
b. 2 and 3 b 7 b 7 b 7 b 7
c. 1 , 2, and 4 b7b7 b7b7 b7b7 b 7 b 7
d. 2 , 3, and 4 b7b7 b7b7 b7b7 b 7 b 7
ANS: C b7b7
Spirometry cannot assess severity of restriction; for that you need to measure
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
lung volumes ( see Box 1-2, Chapter
b7b7 b7b7 1). b7b7 b7b7 b7b7 b7b7 b7b7 b 7 b 7
DIF: 1 REF: p. 7 OBJ:
b7b7 EL-2 MSC: NBRC: Noneb7b7 b7b7
,3. The main indication for the measurement of lung volumes is to do which of
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
the following?
b7b7 b7b7
a. Diagnose or assess the severity of restriction.
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
b. Evaluate the severity of pulmonary hypertension.
b7b7 b7b7 b7b7 b7b7 b7b7
c. Determine the level of cardiopulmonary fitness.
b7b7 b7b7 b7b7 b7b7 b7b7
d. Assess the risk of abdominal surgical procedures.
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
ANS: A b7b7
The most common reason for measuring lung volumes is to identify restrictive
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
lung disease. DIF:
b7b7 b7b7 b7b7 1 REF: p. 35 OBJ:
b7b7 EL-2 MSC: NBRC: None b7b7 b7b7
4. DLCO measurements may be indicated to evaluate pulmonary involvement in
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
which of the following systemic diseases?
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
a. Asthma
b. Sarcoidosis
c. Exertional hypoxemia b7b7
, Stuvia.com b7b7- b7b7The b7b7Marketplace b7b7to b7b7Buy b7b7and b7b7Sell b7b7your
Study Material
d. Guillain-Barré syndrome b7b7
ANS: B b7b7
Sarcoidosis is the only systemic disease listed that affects gas
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
exchange. DIF: 1 REF: p. 9 | p. 19 | p. 21 | p. 35
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
b7b7 OBJ: EL-2 MSC: NBRC: None
b7b7 b7b7 b7b7 b7b7
5. Blood gas analysis is used with patients with COPD to do
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
which of the following? b7b7 b7b7 b7b7 b7b7
a. Monitor airway responsiveness. b7b7 b7b7
b. Determine level of cardiopulmonary fitness.b7b7 b7b7 b7b7 b7b7
c. Detect pulmonary hypertension.
b7b7 b7b7
d. Assess need for supplementary O2.
b7b7 b7b7 b7b7 b7b7
ANS: D b7b7
Blood gas analysis is most commonly used to determine the need for
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
supplemental oxygen and to manage patients who require ventilatory
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
support.
b7b7
DIF: 2 REF: p. 15 OBJ: b7b7 EL-1
MSC: NBRC: CPFT 2A-2
b7b7 b7b7 b7b7 b7b7
6. Which of the following cause emphysema?
b7b7 b7b7 b7b7 b7b7 b7b7
1. 1- Antitrypsin deficiency
b7b7 b7b7
2. Exposure to environmental pollutants b7b7 b7b7 b7b7
3. Radiation therapy b7b7
4. Cigarette smoking b7b7
a. 1 and 2
b 7 b 7 b 7 b 7
b. 3 and 4
b 7 b 7 b 7 b 7
c. 1 , 2, and 4
b7b7 b7b7 b7b7 b 7 b 7
d. 2 , 3, and 4
b7b7 b7b7 b7b7 b 7 b 7
ANS: C b7b7
Emphysema is caused primarily by cigarette smoking. Some emphysema is
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
caused by the absence of a protective enzyme. Chronic exposure to
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
environmental pollutants can also contribute to the development of
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
emphysema.
b7b7
DIF: 1 REF: p. 11 OBJ:
b7b7 EL-3 | AL-2 MSC: NBRC: None
b7b7 b7b7 b7b7 b7b7
7. An adult patient complains of chest tightness and cough whenever he jogs
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
in cold weather. These symptoms are consistent with which of the
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
following?
b7b7
a. Cystic fibrosis b7b7
b. Asthma
c. Pulmonary hypertension b7b7
|
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
b7b7 Testing 12th Edition, By Mottram
b7b7 b7b7 b7b7 b7b7
Chapter 1 - 13 Updated
b7b7 b7b7 b7b7 b7b7 b7b7
,Chapter 1: Indications for Pulmonary Function Testing Test
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
Bank
b7b7
MULTIPLE CHOICE b7b7
1. Who first popularized spirometry for the evaluation of pulmonary function?
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
a. August and Marie Krogh b7b7 b7b7 b7b7
b. Alvan Barach b7b7
c. John Severinghaus b7b7
d. John Hutchinson b7b7
ANS: D b7b7
Hutchinson popularized the concept of using VC to assess lung function, and
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
the names he gave to several other lung compartments are still used today.
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
DIF: 1 REF: p. 2 OBJ:
b7b7 None b 7 b 7 MSC: NBRC: None
b7b7 b7b7
2. Which of the following are indications for performing spirometry?
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
1. Assess the risk of lung resection. b7b7 b7b7 b7b7 b7b7 b7b7
2. Determine the response to bronchodilator therapy. b7b7 b7b7 b7b7 b7b7 b7b7
3. Assess the severity of restrictive lung disease.
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
4. Quantify the extent of COPD. b7b7 b7b7 b7b7 b7b7
a. 1 and 4 b 7 b 7 b 7 b 7
b. 2 and 3 b 7 b 7 b 7 b 7
c. 1 , 2, and 4 b7b7 b7b7 b7b7 b 7 b 7
d. 2 , 3, and 4 b7b7 b7b7 b7b7 b 7 b 7
ANS: C b7b7
Spirometry cannot assess severity of restriction; for that you need to measure
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
lung volumes ( see Box 1-2, Chapter
b7b7 b7b7 1). b7b7 b7b7 b7b7 b7b7 b7b7 b 7 b 7
DIF: 1 REF: p. 7 OBJ:
b7b7 EL-2 MSC: NBRC: Noneb7b7 b7b7
,3. The main indication for the measurement of lung volumes is to do which of
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
the following?
b7b7 b7b7
a. Diagnose or assess the severity of restriction.
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
b. Evaluate the severity of pulmonary hypertension.
b7b7 b7b7 b7b7 b7b7 b7b7
c. Determine the level of cardiopulmonary fitness.
b7b7 b7b7 b7b7 b7b7 b7b7
d. Assess the risk of abdominal surgical procedures.
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
ANS: A b7b7
The most common reason for measuring lung volumes is to identify restrictive
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
lung disease. DIF:
b7b7 b7b7 b7b7 1 REF: p. 35 OBJ:
b7b7 EL-2 MSC: NBRC: None b7b7 b7b7
4. DLCO measurements may be indicated to evaluate pulmonary involvement in
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
which of the following systemic diseases?
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
a. Asthma
b. Sarcoidosis
c. Exertional hypoxemia b7b7
, Stuvia.com b7b7- b7b7The b7b7Marketplace b7b7to b7b7Buy b7b7and b7b7Sell b7b7your
Study Material
d. Guillain-Barré syndrome b7b7
ANS: B b7b7
Sarcoidosis is the only systemic disease listed that affects gas
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
exchange. DIF: 1 REF: p. 9 | p. 19 | p. 21 | p. 35
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
b7b7 OBJ: EL-2 MSC: NBRC: None
b7b7 b7b7 b7b7 b7b7
5. Blood gas analysis is used with patients with COPD to do
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
which of the following? b7b7 b7b7 b7b7 b7b7
a. Monitor airway responsiveness. b7b7 b7b7
b. Determine level of cardiopulmonary fitness.b7b7 b7b7 b7b7 b7b7
c. Detect pulmonary hypertension.
b7b7 b7b7
d. Assess need for supplementary O2.
b7b7 b7b7 b7b7 b7b7
ANS: D b7b7
Blood gas analysis is most commonly used to determine the need for
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
supplemental oxygen and to manage patients who require ventilatory
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
support.
b7b7
DIF: 2 REF: p. 15 OBJ: b7b7 EL-1
MSC: NBRC: CPFT 2A-2
b7b7 b7b7 b7b7 b7b7
6. Which of the following cause emphysema?
b7b7 b7b7 b7b7 b7b7 b7b7
1. 1- Antitrypsin deficiency
b7b7 b7b7
2. Exposure to environmental pollutants b7b7 b7b7 b7b7
3. Radiation therapy b7b7
4. Cigarette smoking b7b7
a. 1 and 2
b 7 b 7 b 7 b 7
b. 3 and 4
b 7 b 7 b 7 b 7
c. 1 , 2, and 4
b7b7 b7b7 b7b7 b 7 b 7
d. 2 , 3, and 4
b7b7 b7b7 b7b7 b 7 b 7
ANS: C b7b7
Emphysema is caused primarily by cigarette smoking. Some emphysema is
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
caused by the absence of a protective enzyme. Chronic exposure to
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
environmental pollutants can also contribute to the development of
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
emphysema.
b7b7
DIF: 1 REF: p. 11 OBJ:
b7b7 EL-3 | AL-2 MSC: NBRC: None
b7b7 b7b7 b7b7 b7b7
7. An adult patient complains of chest tightness and cough whenever he jogs
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
in cold weather. These symptoms are consistent with which of the
b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7 b7b7
following?
b7b7
a. Cystic fibrosis b7b7
b. Asthma
c. Pulmonary hypertension b7b7
|