A 65-year-old patient with a history of osteoarthritis reports increased pain and stiffness in the knees, particularly in the morning and after prolonged inactivity. Which intervention is most appropriate to recommend to this patient to help alleviate these symptoms?
Initiate high-intensity weight-bearing exercises.
Increase dietary intake of calcium and vitamin D supplements.
Avoid all physical activity to prevent further joint damage.
Apply heat therapy to the affected joints before engaging in physical activity.
The Correct Answer is D
A. High-intensity weight-bearing exercises can exacerbate pain in patients with osteoarthritis and is not appropriate for alleviating knee stiffness.
B. Calcium and vitamin D supplementation is important for bone health, but it will not directly address the pain and stiffness associated with osteoarthritis.
C. Avoiding physical activity is not recommended for osteoarthritis; instead, moderate exercise can help improve joint function.
D. Applying heat therapy to the affected joints before engaging in physical activity is an effective method for alleviating stiffness and promoting mobility. Heat helps relax muscles and improve blood flow to the affected area.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
A. Ecchymosis on the abdomen or pelvic areas is not typically a sign of peptic ulcer complications, but signs of bleeding such as melena or hematemesis are.
B. Weight gain is not a common indicator of peptic ulcer issues, so it would not be a focus in this case.
C. Dark or black-colored stools are a sign of gastrointestinal bleeding, which can be a complication of a peptic ulcer and should be closely monitored.
D. Changes in urine color (maroon or red) may indicate other types of bleeding, such as from the kidneys or urinary tract, not specifically from peptic ulcers.
Correct Answer is ["90"]
Explanation
Calculate the required dosage: 5 mg/kg/hour × 72 kg = 360 mg/hour.
Determine the volume required based on the concentration: 360 mg ÷ (400 mg/100 mL) = 90 mL/hour.
The correct infusion rate is 90 mL/hour for this patient.
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