In conducting a health history for a client with erythema, the nurse would include which question?
Do you ever use oxygen?
How many pillows do you sleep on?
Do you feel rested after sleeping?
How far can you walk before feeling short of breath?
The Correct Answer is A
Choice A reason: The nurse would include the question of whether the client ever uses oxygen, as this can be related to erythema. Erythema is a condition where the skin becomes red and inflamed due to increased blood flow or irritation. ¹ One possible cause of erythema is oxygen toxicity, which is a condition where the lungs and tissues are damaged by exposure to high levels of oxygen. ² The nurse would ask the client if they ever use oxygen, especially at high concentrations or for long periods of time, as this can increase the risk of oxygen toxicity and erythema.
Choice B reason: The nurse would not include the question of how many pillows the client sleeps on, as this is not related to erythema. The number of pillows the client sleeps on may indicate the presence of other conditions, such as sleep apnea, acid reflux, or heart failure, but not erythema. ³ The nurse would ask the client about their sleeping habits and preferences, but not specifically about the number of pillows they use.
Choice C reason: The nurse would not include the question of whether the client feels rested after sleeping, as this is not related to erythema. The feeling of restfulness after sleeping may indicate the quality and quantity of sleep the client gets, which can affect their overall health and well-being, but not erythema. The nurse would ask the client about their sleep patterns and problems, but not specifically about their feeling of restfulness.
Choice D reason: The nurse would not include the question of how far the client can walk before feeling short of breath, as this is not related to erythema. The distance the client can walk before feeling short of breath may indicate the level of physical activity and fitness the client has, which can affect their cardiovascular and respiratory health, but not erythema. The nurse would ask the client about their exercise habits and limitations, but not specifically about their walking distance.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A reason: Decreasing the incidence of tachycardia is not the main therapeutic effect of atenolol for coronary artery disease. Atenolol is a beta-blocker that lowers the heart rate, but this is not the primary goal of therapy for coronary artery disease. Coronary artery disease is caused by atherosclerosis, which is the buildup of plaque in the arteries that supply the heart. This reduces the blood flow and oxygen to the heart muscle and causes angina, or chest pain.
Choice B reason: Dilating the coronary arteries is not the therapeutic effect of atenolol for coronary artery disease. Atenolol does not directly affect the diameter of the coronary arteries. It works by blocking the beta receptors in the heart and reducing the response to adrenaline and other stress hormones. This lowers the blood pressure and the oxygen demand of the heart.
Choice C reason: This is the correct answer. Decreasing cardiac workload is the therapeutic effect of atenolol for coronary artery disease. Atenolol reduces the contractility and the excitability of the heart muscle, which lowers the force and the frequency of the heartbeats. This decreases the amount of work that the heart has to do and the amount of oxygen that it needs. This helps prevent or relieve anginal attacks and improve the quality of life of the client.
Choice D reason: Increasing the strength of myocardial contraction is not the therapeutic effect of atenolol for coronary artery disease. Atenolol does not increase the strength of myocardial contraction, but rather decreases it. Increasing the strength of myocardial contraction would increase the oxygen demand of the heart and worsen the angina. Atenolol aims to reduce the oxygen demand of the heart and improve the blood supply to the heart.
Correct Answer is ["A","C"]
Explanation
Choice A: Elevated troponins. This is a correct answer. Troponins are proteins that regulate the myocardial contractile process². They are released into the bloodstream when the myocardial cells are damaged by ischemia or infarction². Troponins are highly specific and sensitive indicators of myocardial injury². The normal range for troponin I is less than 0.03 ng/mL and for troponin T is less than 0.01 ng/mL².
Choice B: Decreased homocysteine levels. This is not a correct answer. Homocysteine is an amino acid that is involved in the metabolism of methionine². Elevated homocysteine levels are associated with an increased risk of cardiovascular disease, but they are not a direct marker of myocardial injury². The normal range for homocysteine is 5 to 15 micromol/L².
Choice C: Elevated CK-MB. This is a correct answer. CK-MB is one of the isoenzymes of creatine kinase, an enzyme that catalyzes the conversion of creatine to phosphocreatine, which is used for energy storage in the muscles². CK-MB is found mainly in the myocardium and is released into the blood when the myocardial cells are injured². CK-MB is a specific and sensitive marker of myocardial injury, but it is less specific than troponins². The normal range for CK-MB is 0 to 3 ng/mL².
Choice D: Decreased alkaline phosphatase (ALP).This is not a correct answer. ALP is an enzyme that is found in various tissues, such as the liver, bone, intestine, and placenta². ALP is not a marker of myocardial injury, and its levels are not affected by ischemia or infarction². The normal range for ALP is 30 to 120 U/L².
Choice E: Increased platelet count.This is not a correct answer. Platelets are blood cells that are involved in hemostasis and clot formation². Increased platelet count, or thrombocytosis, can be a sign of inflammation, infection, malignancy, or other conditions². Platelet count is not a marker of myocardial injury, and it does not reflect the extent of ischemia or infarction². The normal range for platelet count is 150,000 to 450,000 per microliter of blood².
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