After performing a head-to-toe assessment for a client with Addison's disease, the nurse reports findings to the healthcare provider. The findings include moist mucous membranes, strong palpable peripheral pulses, and blood pressure 132/88 mm Hg. The client verbalizes understanding of the illness and importance of taking medications every day. Which action should the nurse implement?

Choice A reason: Measuring capillary glucose level is not a priority action for a client with a rigid abdomen and rebound tenderness. These signs indicate peritonitis, which is a serious complication of IBD that requires immediate attention. Corticosteroids can increase blood glucose levels, but this is not an urgent concern in this situation.

Choice B reason: Encouraging ambulation in the room is not appropriate for a client with a rigid abdomen and rebound tenderness. These signs indicate peritonitis, which is a serious complication of IBD that requires immediate attention. Ambulation can worsen the pain and inflammation, and increase the risk of bowel perforation.

Choice C reason: Monitoring for bloody diarrheal stools is important for a client with IBD, but not a priority action for a client with a rigid abdomen and rebound tenderness. These signs indicate peritonitis, which is a serious complication of IBD that requires immediate attention. Bloody stools can be a sign of ulceration or bleeding in the bowel, but they are not specific to peritonitis.

Choice D reason: Obtaining vital sign measurements is the priority action for a client with a rigid abdomen and rebound tenderness. These signs indicate peritonitis, which is a serious complication of IBD that requires immediate attention. Vital signs can reveal signs of infection, inflammation, shock, and organ failure, which can guide the appropriate interventions and treatments.

Choice A reason: This is incorrect because monitoring pulse oximetry every 2 hours is not a sufficient or timely intervention for the nurse to implement. Pulse oximetry is a noninvasive method of measuring the oxygen saturation of hemoglobin in the blood. Normal oxygen saturation is 95% to 100%, while hypoxemia is less than 90%. However, pulse oximetry may not reflect the severity of respiratory distress or the effectiveness of nebulizer treatment in a client with asthma. Moreover, monitoring pulse oximetry every 2 hours is too infrequent for a client who is in acute respiratory distress and needs more frequent assessment and intervention.

Choice B reason: This is incorrect because teaching proper use of a rescue inhaler is not a priority or relevant intervention for the nurse to implement. A rescue inhaler is a type of short-acting bronchodilator that can be used to relieve acute asthma symptoms by relaxing the smooth muscles of the airways and improving airflow. However, teaching proper use of a rescue inhaler is not an urgent action for a client who is already receiving nebulizer treatment, which delivers a higher dose of medication directly to the lungs. Moreover, teaching proper use of a rescue inhaler is not appropriate for a client who is in respiratory distress and may not be able to focus or retain information.

Choice C reason: This is correct because elevating the head of bed to 90 degrees is the most important intervention for the nurse to implement. Elevating the head of bed to 90 degrees can help improve breathing and oxygenation by reducing pressure on the diaphragm and chest wall, increasing lung expansion and ventilation, and facilitating expectoration of mucus. This can enhance the effects of nebulizer treatment and reduce respiratory distress in a client with asthma.

Choice D reason: This is incorrect because determining exposure to asthmatic triggers is not an immediate or helpful intervention for the nurse to implement. Asthmatic triggers are substances or factors that can cause or worsen asthma symptoms by inducing inflammation or constriction of the airways. Examples of asthmatic triggers include allergens, irritants, infections, exercise, stress, or weather changes. However, determining exposure to asthmatic triggers is not a priority action for a client who is in respiratory distress and needs more urgent interventions to improve breathing and oxygenation. Moreover, determining exposure to asthmatic triggers may not change the management or outcome of an acute asthma attack that has already occurred.