A client who works at a computer most of the working day comes to the clinic reporting pain in both hands that causes the client to wake during the night. Which action should the nurse implement to assess for carpal tunnel syndrome?

Choice A reason: Osmolarity is a measure of the concentration of solutes in the blood. While it can be important in certain contexts, it is not the primary concern when monitoring a client with Addison's disease who is on hydrocortisone therapy.

Choice B reason: Platelets are a component of blood involved in clotting. Monitoring platelet count is important in certain conditions, but it is not the primary focus for a client with Addison's disease on hydrocortisone therapy.

Choice C reason: Albumin is a protein in the blood that helps maintain osmotic pressure and transport substances. While it is important to monitor albumin levels in some conditions, it is not the primary concern for a client with Addison's disease on hydrocortisone therapy.

Choice D reason: Glucose levels are crucial to monitor in clients with Addison's disease on hydrocortisone therapy. Hydrocortisone can affect glucose metabolism, potentially leading to hyperglycemia. Monitoring glucose levels helps ensure that the client's blood sugar remains within a safe range and allows for timely intervention if necessary.

Choice A reason: Monitoring vital signs is crucial to assess the client's current condition and detect any further deterioration. Changes in vital signs can indicate the effectiveness of the treatment and whether additional interventions are needed. For instance, if the heart rate continues to rise or oxygen saturation drops further, it suggests that the client's condition is worsening and requires immediate attention. Keeping a close eye on the vital signs helps the healthcare team to make timely decisions and adjust the treatment plan as necessary.

Choice B reason: Administering additional nebulizer treatment is necessary because the client is still experiencing shortness of breath and bilateral wheezes even after the initial medication. Nebulizer treatments, such as those containing albuterol and ipratropium, help to relax and open the airways, making breathing easier. Given the client's severe asthma symptoms and the fact that the previous doses were not completely effective, additional treatment can provide the needed relief and prevent further respiratory distress.

Choice C reason: Increasing the oxygen flow rate is essential to improve the client's oxygen saturation levels. The current oxygen saturation of 91% indicates hypoxemia, which can lead to severe complications if not addressed promptly. By increasing the flow rate, the client can receive a higher concentration of oxygen, helping to maintain adequate oxygenation of tissues and organs. Continuous monitoring of oxygen saturation is also important to ensure that the increased flow rate is effective and to make further adjustments if needed.

Choice D reason: Raising the head of the bed helps to facilitate easier breathing for the client. This position allows gravity to assist in the expansion of the lungs and reduces the pressure on the diaphragm, making it easier for the client to take deeper breaths. It also helps to reduce the work of breathing and can be particularly beneficial for clients experiencing respiratory distress. Ensuring that the client is in a comfortable and optimal position for breathing is an important aspect of asthma management.

Choice E reason: While providing a spirometer can be useful for lung function exercises, it is not the immediate priority in this acute situation. The client's primary concern is to stabilize their breathing and ensure adequate oxygenation. Once the client is stable, a spirometer can be introduced as part of long-term management and rehabilitation to improve lung function and monitor progress.