A Medical-Surgical nurse is developing a plan of care for a client who has a stage 3 pressure ulcer. Which of the following interventions should the nurse include in the plan?
Clean the wound by scrubbing the site with gauze.
Massage reddened areas with dressing changes.
Reposition the client at least every 2 hours.
Apply a heat lamp twice a day.
The Correct Answer is C
Choice A rationale:
Cleaning the wound by scrubbing the site with gauze is not an appropriate intervention for a stage 3 pressure ulcer. Scrubbing can damage the fragile tissue, increase the risk of infection, and delay wound healing. Gentle cleaning with a mild solution and avoiding trauma to the wound bed are recommended.
Choice B rationale:
Massaging reddened areas with dressing changes is contraindicated for pressure ulcers, especially stage 3 ulcers. Massaging can cause further damage to the tissues and disrupt the healing process. Dressing changes should focus on maintaining a clean and moist environment to promote healing.
Choice C rationale:
(Correct Choice) Repositioning the client at least every 2 hours is a crucial intervention to prevent further pressure ulcers and facilitate wound healing. Regular repositioning helps relieve pressure on specific areas and improves blood circulation, reducing the risk of tissue breakdown and the development of new ulcers.
Choice D rationale:
Applying a heat lamp twice a day is not recommended for stage 3 pressure ulcers. Heat can increase blood flow to the area, potentially exacerbating inflammation and delaying healing. Pressure ulcers require a clean and moist environment for optimal healing.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A rationale:
Unequal chest expansion is the correct choice. In a patient with chronic obstructive pulmonary disease (COPD), the airways are often narrowed and obstructed, leading to difficulty in moving air in and out of the lungs. This can result in unequal chest expansion during breathing, where one side of the chest expands less than the other. This finding is commonly observed in patients with COPD due to the imbalance in lung function between different areas of the lungs.
Choice B rationale:
Atrophied neck and trapezius muscle is not a typical finding in COPD. Muscle atrophy can occur in conditions of prolonged disuse or immobility, but it is not a characteristic manifestation of COPD itself.
Choice C rationale:
Increased tactile fremitus refers to increased vibrations felt on the chest wall during speech. This finding is more commonly associated with conditions that cause lung consolidation, such as pneumonia. In COPD, there is often air trapping and hyperinflation of the lungs, which would not lead to increased tactile fremitus.
Choice D rationale:
An anterior-to-posterior chest diameter ratio of 1:1 is not a typical finding in a healthy individual, let alone in a patient with COPD. In COPD, there is often an increase in the anterior-to-posterior chest diameter ratio, giving the chest a barrel-like appearance. This is due to the trapped air and hyperinflation of the lungs, which is characteristic of the disease.
Correct Answer is D
Explanation
Choice A rationale:
Drowsiness is not a typical finding associated with hypoxia. Hypoxia often leads to increased alertness and anxiety as the body tries to compensate for the lack of oxygen. Drowsiness might be seen in severe cases of hypoxia, but it's not a consistent finding.
Choice B rationale:
Jaundice is not directly related to hypoxia. Jaundice is usually caused by elevated bilirubin levels due to liver dysfunction or other underlying issues. It is not a primary manifestation of hypoxia.
Choice C rationale:
Flushed pink cheeks can be an indicator of increased blood flow to the skin, which might occur as the body tries to compensate for hypoxia. However, this finding is not as consistent or specific as tachycardia in cases of hypoxia.
Choice D rationale:
Tachycardia, or an abnormally rapid heart rate, is a common physiological response to hypoxia. The body attempts to deliver more oxygen to tissues by increasing the heart rate. This compensatory mechanism helps maintain tissue perfusion in the face of reduced oxygen levels.
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