A nurse is caring for a client who is complaining of thick respiratory secretions that are difficult to clear. What should the nurse encourage the client to do to help clear those secretions?

Choice A Reason:

Retrieving the blood from the laboratory and running each unit at an 8-hour rate is not appropriate. According to transfusion guidelines, blood products should be infused within 4 hours to prevent bacterial growth and reduce the risk of transfusion-related complications1. Infusing blood over 8 hours increases the risk of these complications.

Choice B Reason:

Notifying the laboratory to split the unit into 2 and then infusing each half for 4 hours is also not ideal. While this approach might seem to address the time constraint, it is not a standard practice and could lead to issues with blood product integrity and patient safety2. Blood products are typically not split unless there are specific protocols in place, and this is not a common intervention for managing infusion rates.

Choice C Reason:

Calling the HCP to question the order is the correct intervention. Blood transfusions must be completed within 4 hours to ensure patient safety and maintain the integrity of the blood product3. The nurse should advocate for the patient by questioning any orders that do not align with established guidelines and best practices.

Choice D Reason:

Infusing each unit for 8 hours is incorrect. The maximum duration for infusing a unit of blood is 4 hours4. Extending the infusion time beyond this limit increases the risk of complications such as bacterial contamination and reduced efficacy of the blood product.

Choice A reason: Positioning the collection device below the level of the chest is crucial to ensure proper drainage of air or fluid from the pleural space. This positioning uses gravity to facilitate drainage and prevent backflow into the pleural cavity, which could lead to complications such as pneumothorax or pleural effusion. The collection device should always be kept below the chest level to maintain effective drainage.

Choice B reason: Clamping the chest tube is generally not recommended unless specifically ordered by a physician or during certain procedures. Clamping can lead to a buildup of air or fluid in the pleural space, increasing the risk of tension pneumothorax. It is essential to keep the chest tube unclamped to allow continuous drainage and prevent complications.

Choice C reason: Applying an occlusive dressing over the chest tube site is necessary to prevent air from entering the pleural space and to secure the tube. However, this is not the primary action related to the positioning of the collection device. The occlusive dressing helps maintain the integrity of the chest tube insertion site and prevents infection.

Choice D reason: Emptying the chest tube collection chamber every shift is not a standard practice. The collection chamber should be monitored and emptied as needed based on the volume of drainage and the specific protocols of the healthcare facility. Regular monitoring is essential, but unnecessary emptying can disrupt the closed system and increase the risk of infection.