A client presents the emergency department with a Grade II ankle sprain. Which of the following interventions should the nurse implement?
Encourage the client to walk on the injured ankle to promote circulation.
Immerse the ankle in want water immediately after the in
Apply ice to the affected ankle for the first 24-72 hours.
Perform deep tissue massage on the injured area to reduce pain.
The Correct Answer is C
A. Encourage the client to walk on the injured ankle to promote circulation. Weight-bearing activities should be avoided initially after a Grade II sprain to prevent further injury.
B. Immerse the ankle in warm water immediately after the injury. Ice, rather than warmth, is recommended immediately following an injury to reduce swelling and inflammation.
C. Apply ice to the affected ankle for the first 24-72 hours. Applying ice for 24-72 hours helps reduce swelling and pain by causing vasoconstriction and controlling inflammation in the acute phase.
D. Perform deep tissue massage on the injured area to reduce pain. Massaging a newly sprained ankle can aggravate inflammation and cause additional tissue damage.
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Correct Answer is D
Explanation
A. Pain in the neck when the patient flexes their head towards the chest. This describes nuchal rigidity, not Kernig sign.
B. Involuntary flexion of the hips and knees when the neck is flexed. This describes Brudzinski sign, not Kernig sign.
C. Photophobia and headache triggered by bright light. These are symptoms of meningitis, but they are not specific to Kernig sign.
D. Pain and resistance when attempting to extend the patient's leg from a flexed position. A positive Kernig sign is when there is pain and resistance to leg extension from a flexed hip and knee position, indicating meningeal irritation.
Correct Answer is B
Explanation
A. The glomerular filtration rate decreases because there is a reduction of blood flow to the kidneys. Reduced blood flow to the kidneys, or renal hypoperfusion, decreases the glomerular filtration rate (GFR) because less blood is being filtered through the kidneys. This can occur in conditions such as shock, severe dehydration, or heart failure, but it is not the primary mechanism in acute tubular necrosis (ATN).
B. The glomerular filtration rate decreases because there is injury to the renal tubular cells. In ATN, the injury to renal tubular cells impairs their function, leading to reduced reabsorption and filtration ability, which contributes to the decrease in GFR.
C. The glomerular filtration rate decreases because inflammatory cells invade the already damaged kidneys. While inflammation may be present, it is not the primary cause of decreased GFR in acute tubular necrosis; reduced blood flow and tubular cell injury are more direct causes.
D. The glomerular filtration rate decreases because there is obstruction leading to the filtration system backing up and eventually shutting the kidneys down. Obstruction is not typically a characteristic of acute tubular necrosis; ATN is usually caused by ischemic or toxic injury, not physical obstruction.