A nurse is preparing to administer ceftriaxone 1g via intermittent IV bolus over 60 min. Available is 1 g ceftriaxone sodium in 250 mL dextrose 5% in water. The nurse should set the pump can deliver how many mL/hr? (Round the answer to the nearest whole number. Use a leading zero if it applies. Do not use a trailing zero.)

A. "Early ambulation can help keep your lungs expanded and prevent pneumonia":
This statement is correct. Early ambulation is beneficial for respiratory function as it helps to keep the lungs expanded, encouraging deeper breaths and better oxygenation. This can help prevent complications like pneumonia and atelectasis, which are common after surgery due to immobility and anesthesia.

B. "Early ambulation is one part of preventing blood clots from forming in your legs":
This statement is also correct. Early ambulation is an important measure in preventing deep vein thrombosis (DVT) and pulmonary embolism (PE), which are common postoperative complications. Movement and walking promote circulation, reducing the risk of blood clots forming in the legs.

C. "Early ambulation usually delays wound healing and increases the risk of wound infection":
This statement is incorrect. Early ambulation does not delay wound healing or increase the risk of infection. In fact, early movement can help improve circulation, which is crucial for wound healing and tissue repair. Gentle movement and ambulation typically have positive effects on wound healing by promoting blood flow to the surgical site. However, patients should avoid excessive strain or stress on the wound to prevent dehiscence or other complications.

D. "Early ambulation can help your bladder and bowels recover from the anesthesia":
This statement is correct. Early ambulation helps stimulate gastrointestinal and urinary systems, which may be sluggish after anesthesia. Walking can encourage the return of normal bowel and bladder function by promoting peristalsis and helping to prevent constipation or urinary retention, both of which can be common after surgery.

A. Glucagon IM:
Glucagon is used to treat hypoglycemia (low blood sugar), not hyperglycemia. It is typically administered intramuscularly in cases of severe hypoglycemia to rapidly raise blood glucose levels. In acute hyperglycemia, the blood glucose is already elevated, so glucagon is not appropriate. The correct treatment for hyperglycemia includes insulin administration, fluid replacement, and monitoring of electrolytes.

B. Regular insulin IV infusion:
In acute hyperglycemia, particularly in cases of diabetic ketoacidosis (DKA) or hyperosmolar hyperglycemic state (HHS), regular insulin is commonly administered intravenously to reduce blood glucose levels. It acts rapidly to lower blood glucose, and the dose can be adjusted based on the client's response. Therefore, this is an expected intervention in the management of acute hyperglycemia.

C. Potassium laboratory monitoring:
In acute hyperglycemia, particularly during insulin administration, potassium levels should be closely monitored. Insulin can drive potassium into cells, potentially leading to hypokalemia (low potassium levels). Since hyperglycemia treatment can alter electrolyte balance, potassium levels need to be frequently checked to avoid complications like arrhythmias or muscle weakness. This is an important intervention in managing hyperglycemia.

D. IV fluid replacement:
IV fluid replacement is a crucial part of managing acute hyperglycemia, particularly in conditions like DKA and HHS. These conditions cause dehydration due to osmotic diuresis, and fluid replacement helps to restore normal hydration status and support renal function. The nurse would expect IV fluid administration to correct electrolyte imbalances and improve circulatory volume.