A nurse is caring for a client with partial-thickness and full-thickness burns on the head, neck, and chest.

What is the primary risk to the client?

Choice A rationale
Contractures, or the shortening and hardening of muscles, tendons, or other tissue, can be a complication of burns. However, they are not typically the primary risk for a patient with burns on the head, neck, and chest.
Choice B rationale
While fluid imbalance can occur with any burn due to loss of fluid from the damaged skin, it is not typically the primary risk for a patient with burns on the head, neck, and chest.
Choice C rationale
Airway obstruction is a primary risk for a patient with burns on the head, neck, and chest. Swelling from the burns can lead to obstruction of the airway, making it difficult for the patient to breathe.
Choice D rationale
While infection is a risk with any burn, it is not typically the primary risk for a patient with burns on the head, neck, and chest. The primary risk is airway obstruction due to swelling from the burns.

Choice A rationale
The Trendelenburg position, which involves laying the patient flat on their back with their legs elevated higher than their head, is not recommended for patients with septic shock. This position can increase intracranial pressure and does not improve circulation or oxygenation.
Choice B rationale
Changing the patient’s position slowly is important in managing an elderly patient with septic shock. Rapid changes in position can cause a drop in blood pressure (orthostatic hypotension), which can lead to falls or decreased perfusion to vital organs.
Choice C rationale
Reducing the oxygen flow is not recommended for patients with septic shock. These patients often have difficulty with oxygenation and may require supplemental oxygen to maintain adequate oxygen levels.
Choice D rationale
Increasing the IV fluid flow is part of the initial management of septic shock to restore perfusion, but it should be done based on careful assessment and monitoring of the patient’s response to fluids. Overzealous fluid resuscitation can lead to fluid overload and complications such as pulmonary edema.