A nurse is caring for a client who has a traumatic brain injury and is being mechanically ventilated. Which of the following can cause unfavorable outcomes for this client?

Choice A rationale

Anhidrosis, or the inability to sweat normally, is a potential side effect of anticholinergic agents. These medications block the action of acetylcholine, a neurotransmitter that stimulates sweat glands among other functions. If a patient taking an anticholinergic agent for Parkinson’s disease experiences anhidrosis, they should report it to their healthcare provider as it can lead to overheating and heat stroke.
Choice B rationale
Tremors are a common symptom of Parkinson’s disease, and anticholinergic medications are often used to help control them. Therefore, while tremors should be monitored, they are not typically a side effect that needs to be reported unless they worsen or become unmanageable.
Choice C rationale
Drooling can be a symptom of Parkinson’s disease, but it is not typically a side effect of anticholinergic medications. In fact, these medications can sometimes cause dry mouth.
Choice D rationale
Rigidity, like tremors, is a common symptom of Parkinson’s disease. Anticholinergic medications can help manage rigidity, so it is not typically a side effect that needs to be reported unless it worsens.

Choice A rationale: Clients with epilepsy are at high risk of injury from falls during seizures due to sudden loss of consciousness or motor control. Climbing ladders increases the risk of severe trauma, including head injuries and fractures, if a seizure occurs at height. The American Epilepsy Society recommends avoiding elevated surfaces without safety measures. Neurological unpredictability in epilepsy necessitates minimizing exposure to high-risk environments to prevent secondary injuries during seizure episodes.

Choice B rationale: Swimming alone is contraindicated for clients with epilepsy due to the risk of drowning if a seizure occurs in water. A partner can provide immediate assistance, ensuring airway patency and preventing submersion. The CDC and Epilepsy Foundation emphasize supervised aquatic activity. Seizures may cause loss of consciousness or muscle control, making it impossible for the individual to self-rescue. Even brief seizures can lead to aspiration or hypoxic injury if not promptly addressed by a nearby observer.

Choice C rationale: Driving restrictions for clients with epilepsy vary by jurisdiction, but most guidelines, including those from ATI and the Epilepsy Foundation, recommend a seizure-free period of 6 to 12 months before resuming driving. This is based on the risk of sudden incapacitation while operating a vehicle, which endangers both the driver and the public. A 3-month seizure-free period is insufficient and not evidence-based. Neurological stability must be demonstrated over a longer duration to ensure safety.

Choice D rationale: Power tools pose a significant hazard to individuals with epilepsy due to the potential for sudden seizure activity during operation. These tools often involve sharp, fast-moving components that can cause severe injury if control is lost. The Occupational Safety and Health Administration (OSHA) advises against unsupervised use of such equipment by individuals with seizure disorders. Seizure unpredictability necessitates avoiding machinery that requires continuous attention and motor coordination to prevent traumatic injuries.

Choice E rationale: During a seizure, especially a generalized tonic-clonic seizure, it is critical to gently guide the client to the floor to prevent injury from falling. This position helps reduce the risk of head trauma and allows for safer seizure progression. The floor provides a stable surface, minimizing the chance of secondary injury. The nurse should also clear the area of sharp objects and cushion the head to protect the client during convulsions, as recommended by seizure first aid protocols.

Choice F rationale: Positioning a client on their back during postictal recovery is contraindicated due to the risk of airway obstruction. Seizures often result in decreased consciousness, increased oral secretions, or vomiting. The supine position can lead to aspiration or hypoxia. Instead, the recovery position—lying on the side—facilitates drainage of secretions and maintains airway patency. The American Red Cross and Epilepsy Foundation recommend side-lying recovery to reduce respiratory complications and promote safe postictal recovery.