A nursing student is tasked with planning care for a patient diagnosed with acute stress disorder following a natural disaster. Which intervention should be prioritized?

Choice A reason: Exploring beliefs and concerns identifies psychological barriers to adherence, such as fear or mistrust. This patient-centered approach engages the prefrontal cortex, enhancing decision-making and motivation. Scientifically, addressing ambivalence reduces resistance, as it aligns treatment with the client’s values, improving engagement and outcomes in substance use disorder recovery.

Choice B reason: Insisting on strict adherence disregards psychological factors driving resistance, potentially increasing stress and disengagement. Scientifically, coercive approaches can elevate cortisol levels, exacerbating addiction-related impulsivity. This undermines trust, reducing treatment efficacy, as patients may feel unheard, leading to poorer outcomes in managing substance use disorders.

Choice C reason: Frequent follow-ups monitor progress but don’t address underlying resistance. Scientifically, without resolving psychological barriers, increased appointments may heighten stress or disengagement, as the client’s concerns remain unaddressed. This approach alone doesn’t target the cognitive or emotional factors driving non-adherence, limiting its effectiveness in substance use disorder treatment.

Choice D reason: Educational sessions inform about benefits but may not address personal barriers like mistrust or fear. Scientifically, knowledge alone doesn’t change behavior if emotional or cognitive resistance persists, as addiction involves complex neural reward pathways. Without addressing these, education has limited impact on improving adherence to substance use treatment plans.

Choice A reason: Monitoring vital signs tracks withdrawal complications, like tachycardia, in alcohol use disorder. Scientifically, withdrawal causes autonomic arousal and glutamate hyperactivity, risking seizures. Regular monitoring ensures early detection of neurobiological instability, guiding interventions to stabilize physiological responses and ensure patient safety during detoxification.

Choice B reason: Fall precautions prevent injuries during withdrawal, as confusion increases risk. Scientifically, alcohol withdrawal disrupts GABA and glutamate balance, causing disorientation. Implementing precautions addresses motor and cognitive impairments, ensuring safety by mitigating neurobiological instability’s impact on physical coordination during acute detoxification phases.

Choice C reason: Hydration and electrolyte support correct imbalances from alcohol withdrawal. Dehydration and hypokalemia risk seizures due to glutamate hyperactivity. Scientifically, restoring electrolytes stabilizes neural function, preventing complications like delirium tremens, supporting physiological recovery and ensuring safety during alcohol detoxification.

Choice D reason: A mental status exam assesses withdrawal severity, like delirium or hallucinations. Scientifically, it evaluates GABA and glutamate imbalances, guiding interventions. This identifies cognitive and psychological impairments, ensuring tailored care to stabilize neurobiological responses and support recovery from alcohol use disorder’s acute effects.

Choice E reason: Benzodiazepines manage withdrawal by enhancing GABA activity, reducing neural excitability. Scientifically, they prevent seizures and delirium tremens by countering glutamate-driven hyperactivity. Administering prescribed doses ensures safety, stabilizing neurobiological responses and supporting recovery during acute alcohol withdrawal phases effectively.