A nurse is caring for a client who is receiving parenteral nutrition and identifies that the client has hypoglycemia. Which of the following actions should the nurse take?

A) Monitor the client for seizure activity: While diazepam is an anticonvulsant medication and may be used to prevent or treat seizures, it is unlikely to cause seizure activity as an adverse reaction when administered for moderate sedation. However, if the client has a history of seizures or is at risk for seizures, monitoring for seizure activity is essential. In the context of moderate sedation, the primary concern is related to the sedative effects of diazepam rather than seizure activity.

B) Check the client's urinary output: Monitoring urinary out’ut is important for assessing renal function and fluid balance, but it is not directly related to assessing adverse reactions to diazepam. Adverse reactions to diazepam typically involve central nervous system depression, respiratory depression, or cardiovascular effects. Monitoring urinary output may be part of routine nursing care but is not specific to assessing adverse reactions to diazepam.

C) Monitor the client's oxygen saturation: This is the correct’action. Monitoring the client's oxygen saturation is essential for det’cting adverse reactions to diazepam, such as respiratory depression or hypoventilation. Diazepam can cause respiratory depression, especially when administered in higher doses or in combination with other sedative medications. Monitoring oxygen saturation allows the nurse to detect any signs of hypoxemia early and intervene promptly to ensure adequate oxygenation.

D) Auscultate the client's bowel sounds: While assessing bowel so’nds is important for evaluating gastrointestinal function, it is not directly related to assessing adverse reactions to diazepam. Adverse reactions to diazepam typically involve effects on the central nervous system and respiratory system rather than gastrointestinal function. Monitoring bowel sounds may be part of routine nursing assessment but is not specific to assessing adverse reactions to diazepam.

A) Hypertension: Amiodarone is not typically associated with hypertension. Instead, it is more commonly associated with hypotension.

B) Bradypnea: Amiodarone is not typically associated with bradypnea. Instead, it is more commonly associated with pulmonary toxicity, which can manifest as cough, dyspnea, and pulmonary fibrosis.

C) Fever: While fever is a possible adverse effect of amiodarone, it is not one of the most commonly observed adverse effects. Other adverse effects, such as thyroid dysfunction, pulmonary toxicity, and hepatic toxicity, are more frequently reported.

D) Bradycardia: This is the correct answer. Amiodarone is known to cause bradycardia as an adverse effect. It has a negative chronotropic effect, meaning it can slow down the heart rate. Bradycardia is one of the most commonly observed adverse effects of amiodarone and can be significant, particularly in individuals with pre-existing sinus node dysfunction or conduction abnormalities.