A nurse is providing discharge education to a patient with a new prescription for Baclofen. Which of the following instructions should the nurse include?

A. Advise the parent to discontinue the medication immediately: Discontinuing the medication without consulting the healthcare provider is unsafe. Stimulants are effective in managing ADHD symptoms, and any adjustments should be made under medical supervision. Abrupt cessation may lead to a return or worsening of symptoms.
B. Encourage the parent to eliminate all snacks between meals to promote hunger at mealtimes: While reducing snacks may improve appetite, it can also result in missed opportunities for nutrient intake, especially when the child already has a reduced appetite due to the medication. This intervention is not the most appropriate or immediate.
C. Encourage the parent to increase the child's physical activity to stimulate appetite: Physical activity can naturally increase appetite over time, but it is not the most direct or effective strategy for managing stimulant-induced appetite suppression. This approach is more of a long-term supportive strategy.
D. Encourage the parent to make breakfast the most important meal of the day before administering the medication: Stimulant medications commonly reduce appetite, especially later in the day. Ensuring the child eats a nutritious breakfast before taking the medication helps maximize calorie and nutrient intake when appetite is highest. This is the most appropriate initial nursing intervention.

• Hypertension: Seen in anticholinergic toxicity due to decreased parasympathetic tone and possible unopposed sympathetic stimulation. The body's inability to relax vascular tone may contribute to elevated blood pressure.
• Urinary Retention: A classic feature of anticholinergic toxicity. Inhibition of muscarinic receptors leads to impaired detrusor muscle contraction, making urination difficult or impossible.
• Hyperthermia: Results from inhibited sweating (anhidrosis), which is a hallmark of anticholinergic toxicity. Without the ability to cool through evaporation, body temperature rises dangerously.
• Diaphoresis: Excessive sweating is mediated by muscarinic receptor activation in cholinergic toxicity. It's often part of the SLUDGE symptoms seen in organophosphate poisoning or cholinesterase inhibitor overdose.
• Bronchoconstriction: Caused by overstimulation of muscarinic receptors in the airways, leading to narrowed bronchi and increased respiratory secretions — a dangerous feature of cholinergic excess.
• Salivation: Prominent in cholinergic toxicity due to unopposed parasympathetic activation. It may occur along with lacrimation, bradycardia, and other signs of excessive cholinergic stimulation.