A patient with delirium frequently experiences vivid hallucinations. Which nursing action is most appropriate?
Encourage the patient to focus on the hallucinations
Reassure the patient and provide a safe environment
Challenge the patient's hallucinations to bring them to reality
Ignore the hallucinations to prevent reinforcing them
The Correct Answer is B
Choice A reason: Encouraging focus on hallucinations may intensify distress in delirium. Hallucinations stem from neurochemical imbalances, like acetylcholine deficiency, increasing confusion. Scientifically, focusing on false perceptions reinforces neural misfiring, worsening agitation and delaying recovery by exacerbating the patient’s disorientation and stress responses.
Choice B reason: Reassurance and a safe environment reduce anxiety in delirium, calming hyperactive neural responses. Scientifically, a calm setting lowers cortisol and stabilizes brain function, as delirium involves disrupted acetylcholine and dopamine pathways. This supports orientation and safety, minimizing harm and aiding recovery from hallucinatory episodes.
Choice C reason: Challenging hallucinations can increase agitation, as delirium impairs reality testing. Scientifically, confrontation heightens stress, elevating cortisol and worsening neurochemical imbalances, like acetylcholine deficiency. This risks escalating confusion and distress, hindering recovery by reinforcing the patient’s disorientation rather than stabilizing their mental state.
Choice D reason: Ignoring hallucinations dismisses patient distress, potentially increasing fear. Delirium’s hallucinations arise from neurochemical disruptions, like dopamine excess. Scientifically, ignoring them fails to address underlying anxiety or disorientation, risking prolonged delirium and worsening cognitive function, as unaddressed stress exacerbates neuroinflammatory responses.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
Choice A reason: Administering anti-anxiety medication immediately risks inappropriate treatment without assessment. Acute anxiety post-trauma involves heightened amygdala activity and cortisol. Scientifically, premature medication may disrupt neurotransmitter balance, potentially worsening confusion or delaying stabilization of trauma-induced stress responses, hindering recovery.
Choice B reason: A quiet space and reassurance reduce anxiety by calming amygdala-driven stress responses. Scientifically, this lowers cortisol, stabilizing autonomic arousal and promoting emotional regulation. This creates safety, mitigating trauma’s neurobiological impact and supporting recovery by addressing acute anxiety and confusion effectively post-accident.
Choice C reason: Leaving the patient alone risks worsening anxiety and confusion. Trauma-induced stress elevates cortisol and amygdala activity. Scientifically, isolation may exacerbate dissociation or fear, delaying emotional stabilization. Supportive intervention is needed to address neurobiological stress responses and ensure psychological safety post-traumatic event.
Choice D reason: Asking for detailed recounting risks re-traumatization, intensifying anxiety. Scientifically, premature trauma processing heightens amygdala activity and cortisol, worsening confusion and stress responses. Stabilization through a calm environment is needed first to ensure emotional readiness for processing trauma’s psychological impact safely.
Correct Answer is A
Explanation
Choice A reason: Collaboration with the healthcare team sets realistic, measurable outcomes for detoxification, aligning with the client’s needs. Scientifically, goal-setting engages prefrontal cortex planning, enhancing motivation and adherence. This ensures holistic care, addressing psychological and physical aspects of substance use disorder, reducing relapse risk by targeting neurobiological reward pathways.
Choice B reason: Immediate interventions stabilize acute symptoms but don’t define outcomes. Detoxification requires clear goals to measure progress. Scientifically, without outcome-focused planning, interventions may miss psychological triggers, like dopamine-driven cravings, limiting long-term recovery. Stabilization is critical but secondary to establishing measurable goals for sustained sobriety.
Choice C reason: Focusing solely on physical health neglects psychological aspects of substance use disorder. Addiction involves complex neural reward pathways, including dopamine dysregulation. Scientifically, ignoring mental health risks relapse, as unaddressed emotional triggers can drive substance use, undermining detoxification outcomes and long-term recovery efforts.
Choice D reason: Documentation is essential for tracking but doesn’t define outcomes. It records physical and psychological status, aiding care continuity. Scientifically, while it supports monitoring, it doesn’t set goals to address addiction’s neurobiological basis, like reward-seeking behavior, making it less critical than collaborative goal-setting for effective detoxification planning.
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