The nurse is taking health history for a client who reports pain in his lower left leg and foot when walking. The pain is relieved with rest, and the nurse observes the left leg is hairless and slightly edematous. The nurse recognizes this as which medical diagnosis or health problem?
Coronary artery disease (CAD)
Arterial embolus
Raynaud disease
Intermittent claudication
The Correct Answer is D
A. Coronary artery disease (CAD):
Coronary artery disease primarily affects the blood vessels supplying the heart muscle. Symptoms often include chest pain (angina) rather than pain in the lower extremities. The symptoms described in the scenario are not characteristic of CAD.
B. Arterial embolus:
An arterial embolus is a blood clot or debris that travels through the bloodstream and can block an artery. While it can cause decreased blood flow and pain, the presentation in the lower left leg and foot with relief of pain at rest is more suggestive of peripheral arterial disease (PAD) or intermittent claudication rather than an acute arterial embolus.
C. Raynaud disease:
Raynaud's disease is characterized by episodes of reduced blood flow to the extremities, usually triggered by cold or stress. It typically involves color changes (white, blue, red) in the fingers or toes. The symptoms described, including pain in the lower leg and foot during walking, are not typical of Raynaud's disease.
D. Intermittent claudication:
Intermittent claudication is a symptom associated with peripheral arterial disease (PAD). It involves pain or cramping in the legs during physical activity, such as walking, due to reduced blood flow to the muscles. Rest typically relieves the pain. The observation of a hairless leg and slight edema suggests potential vascular compromise in the lower extremity, supporting the diagnosis of intermittent claudication.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
A. The patient pain reflects the target heart rate has been set too high and needs to be lowered to finish the test.
This option suggests that the chest pain is related to the target heart rate being set too high. However, chest pain during an exercise stress test is more commonly associated with myocardial ischemia rather than an inappropriate target heart rate. Lowering the target heart rate may not address the underlying issue of ischemia.
B. The patient’s pain reflects pericarditis and the test should be stopped.
Chest pain during an exercise stress test is more commonly associated with myocardial ischemia rather than pericarditis. Pericarditis is inflammation of the pericardium, and its symptoms may include chest pain that is often sharp and pleuritic. However, during an exercise stress test, the focus is on detecting cardiovascular abnormalities, and chest pain is more concerning for ischemia.
C. The patient’s pain reflects ischemia to the myocardium and the test should be stopped.
This is the most appropriate interpretation. Chest pain during an exercise stress test may indicate insufficient oxygen supply to the myocardium (ischemia). Stopping the test allows for further evaluation and appropriate intervention.
D. The patient’s pain reflects that supplemental oxygen is needed to finish the test.
Chest pain during an exercise stress test is not typically addressed by providing supplemental oxygen. Stopping the test and evaluating the cause of the chest pain is a more appropriate action.
Correct Answer is A
Explanation
A. Mask:
Silicosis is a lung disease caused by inhaling crystalline silica dust. The primary preventive measure during exposure to silica particles is wearing a mask or respirator. This helps to reduce the inhalation of silica dust, protecting the respiratory system.
B. Gloves: Gloves are typically worn to protect the hands and skin and are not directly related to preventing inhalation of airborne particles.
C. Eye Protection: While eye protection is important in certain occupational settings, it does not specifically address the inhalation of silica particles.
D. Gown: Gowns are worn for protection against contamination but are not directly related to the prevention of occupational lung diseases such as silicosis.
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