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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Correct Answer is A
Explanation
A. A heave (or lift) often indicates ventricular hypertrophy or enlargement, suggesting increased workload on the heart.
B. Turbulent blood flow may lead to murmurs but is not specifically associated with a heave.
C. A persistently slow heartbeat is referred to as bradycardia and does not correlate with a heave.
D. An extreme pulse deficit relates to discrepancies between heartbeats and palpable pulses but is not linked to a heave.
E. Coronary artery blockage would not directly produce a heave; it typically leads to ischemic changes.
Correct Answer is C
Explanation
A. A barrel chest is a common finding in patients with emphysema due to lung hyperinflation but is not immediately life-threatening.
B. A respiratory rate of 22 per minute indicates mild tachypnea, which can be expected in patients with COPD, but is not the most alarming sign.
C. Oral cyanosis is a concerning sign that indicates inadequate oxygenation and can suggest severe respiratory distress or failure, necessitating immediate intervention.
D. Decreased lung sounds on expiration can occur in emphysema but is not as critical as the presence of cyanosis.
E. Pursed-lip expiration is a compensatory mechanism used by patients with COPD to improve breathing efficiency; it is generally a positive adaptive strategy.