A nurse is developing a care plan for a client who is in Buck’s traction and is scheduled for surgery for a fractured femur of the right leg.
Which of the following interventions should the nurse delegate to an assistive personnel?

This statement indicates an understanding of the teaching because it reflects the principle of supply and demand in breastfeeding. The more the baby stimulates the breast, the more milk the mother will produce.

Choice B is wrong because manually expressing milk will not decrease the milk supply. In fact, it can help increase the milk supply by removing more milk from the breast and signaling the body to make more.

Choice C is wrong because the breast is not emptied after 5 to 10 minutes of feeding. The baby should be allowed to nurse until they are satisfied and show signs of fullness, such as releasing the nipple, falling asleep, or turning away from the breast. The average duration of a feeding session can vary from 10 to 45 minutes.

Choice D is wrong because the baby should not always start on the same breast when feeding. The mother should alternate which breast she offers first to ensure both breasts are stimulated and drained equally.

This can help prevent engorgement, mastitis, and low milk supply. A simple way to remember which breast to start with is to wear a bracelet or a clip on the bra strap on the side that needs to be offered next.

The correct answer is Choice B

Choice A rationale: Inserting the catheter without applying suction is correct technique. Suction should only be applied while withdrawing the catheter to prevent mucosal trauma and hypoxia. Initiating suction during insertion can damage tracheal lining and cause bradycardia due to vagal stimulation. Allowing clean insertion without suction reduces injury risk and supports effective secretion removal on withdrawal with controlled suction time.

Choice B rationale: Waiting 2 minutes between suction passes is too long and may delay secretion clearance, risking hypoxia and secretion buildup. Best practice is to wait about 30 seconds to 1 minute or until the client recovers baseline oxygen saturation and heart rate. Prolonged intervals may lead to atelectasis or respiratory distress in patients with poor reserve, especially if suctioning is incomplete or secretions are copious.

Choice C rationale: Suctioning should be limited to 10–15 seconds per pass to reduce hypoxemia and bronchospasm risks. Applying suction for 15 seconds falls within the upper acceptable range, particularly if preoxygenation is done. Extended suction beyond this can decrease PaO₂ levels rapidly. Limiting the suction time ensures safer removal of secretions while minimizing trauma and preserving adequate oxygenation.

Choice D rationale: Encouraging the client to cough facilitates mobilization of secretions toward the upper airway, making suctioning more effective. Coughing also enhances airway clearance naturally and may reduce the number of required suction passes. It is a therapeutic action in tracheostomy care that supports pulmonary hygiene, helps prevent atelectasis, and can reduce the need for deep suctioning interventions.