When assessing tactile fremitus, increased tactile fremitus is expected under which condition?
asthma
emphysema
pneumothorax
acute bronchitis
pneumonia
The Correct Answer is E
A. In asthma, increased airway resistance can lead to decreased fremitus due to air trapping and poor conduction of vibrations.
B. Emphysema results in hyperinflated lungs, which typically decreases tactile fremitus because of increased air in the alveoli.
C. Pneumothorax involves air in the pleural space, leading to decreased tactile fremitus as well, since air does not conduct vibrations well.
D. Acute bronchitis can cause some changes in fremitus, but it typically does not significantly increase it.
E. Pneumonia causes consolidation of lung tissue, which increases tactile fremitus due to enhanced transmission of vibrations through solidified lung tissue.
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Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is E
Explanation
A. Palpate, inspect, percuss, and then auscultate is not the correct order, as inspection is always performed first.
B. Percuss, palpate, auscultate, and then inspect is incorrect, as inspection should come first.
C. Auscultate, inspect, percuss, and then palpate is also incorrect, as auscultation is typically the last step.
D. Inspect, auscultate, palpate, and then percuss is close but does not follow the standard order.
E. Inspect, palpate, percuss, then auscultate is the correct order for respiratory assessment, allowing for a thorough and systematic approach.
Correct Answer is C
Explanation
A. Supine is not recommended, as it can make breathing more difficult by limiting chest expansion.
B. Trendelenberg is not suitable for someone with breathing difficulties, as this position can worsen dyspnea.
C. High-Fowler is the best position for an asthma patient experiencing shortness of breath as it promotes lung expansion and allows for maximum chest wall movement.
D. Semi-Fowler may help but is less effective than High-Fowler in cases of acute respiratory distress.
E. Left-lateral does not optimize chest expansion and is not typically recommended for respiratory distress.
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