A nurse is planning care for a client who is 4 hr postoperative. Which of the following actions should the nurse include in the plan of care? (Select all that apply.)
Give the client aback massage.
Teach the client relaxation techniques.
Assist the client to cough and deep breathe ev
Encourage the client to turn every 4 hr.
Administer PRN analgesics as needed.
Correct Answer : A,B,C,E
A. Postoperative patients often experience muscle tension and discomfort due to lying in one position for an extended period. A gentle back massage can help relieve muscle stiffness, promote relaxation, and improve circulation. It is a non-invasive comfort measure that can enhance the client's overall well- being.
B. Teaching relaxation techniques such as deep breathing exercises, guided imagery, or progressive muscle relaxation can help the client manage pain, reduce anxiety, and promote faster recovery. These techniques are beneficial postoperatively as they encourage relaxation and improve overall comfort.
C. Postoperative clients are at risk of developing respiratory complications such as atelectasis (partial lung collapse) or pneumonia due to shallow breathing or inadequate lung expansion. Coughing and deep breathing exercises help to clear secretions, improve lung function, and prevent respiratory complications. It is typically recommended to perform these exercises every hour to maintain lung expansion and prevent complications.
D. Encouraging the client to turn every 2 hours (D), not every 4 hours, is essential to prevent pressure ulcers and promote circulation.
E. Postoperative pain management is essential for the client's comfort and recovery. Pain can interfere with the client's ability to cough, deep breathe, and move effectively, which may increase the risk of complications. Administering analgesics as needed helps to control pain, improve overall comfort, and promote participation in necessary activities such as coughing, deep breathing, and turning.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
A. This statement suggests that the client may not understand the purpose or procedure of the CT scan. CT scans typically do not require the client to drink excessive fluids afterward. However, hydration might be encouraged if contrast dye was used to help eliminate it from the body. Education is needed to clarify post-procedure instructions.
B. This statement indicates a misconception about the procedure. CT scans do not usually require anesthesia unless it's a complex situation, such as a young child or someone with severe claustrophobia. It's essential to educate the client about what to expect during the CT scan to reduce anxiety and ensure cooperation during the procedure.
C. This statement shows awareness of potential allergies to contrast dye, which often contains iodine. It indicates that the client understands the importance of disclosing allergies to the healthcare team before the procedure. While this is generally a positive sign of awareness, further education may still be needed to ensure complete understanding of allergy management.
D. This statement demonstrates understanding of pre-procedure instructions, which often include fasting or specific dietary restrictions. It suggests that the client understands the importance of these restrictions to ensure accurate test results and safety during the CT scan.
Correct Answer is D
Explanation
A. Metabolic alkalosis is characterized by an increase in bicarbonate (HCO3-) levels in the blood, resulting in an elevated pH (>7.45). Shallow respirations are less likely to cause metabolic alkalosis directly.
B. This is not likely the initial risk. Respiratory alkalosis occurs due to hyperventilation, leading to excessive elimination of CO2 (carbon dioxide), which raises the blood pH (>7.45). Shallow respirations typically result in retention of CO2, leading to respiratory acidosis rather than alkalosis.
C. Metabolic acidosis occurs when there is an increase in acid (decreased pH <7.35) or a decrease in bicarbonate levels in the blood. Shallow respirations can lead to hypoventilation and retention of CO2, resulting in respiratory acidosis initially.
D. Shallow respirations at a rate of 9 breaths per minute reduce the elimination of CO2, leading to its accumulation in the blood. This accumulation lowers the blood pH (<7.35), causing respiratory acidosis. Therefore, the client is initially at risk for developing respiratory acidosis due to ineffective ventilation.
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