Following three days of nausea, vomiting, and diarrhea, an older adult is admitted with severe dehydration. After two attempts, the nurse secured venous access using a 24-gauge IV catheter and began infusing 0.9% normal saline at 150 mL/hour. Minutes later, the client reports pain at the IV site. Which intervention should the nurse implement first?

Choice A reason: Monitoring airway and tongue during a tonic-clonic seizure is critical, as muscle contractions can obstruct the airway or cause tongue biting, leading to hypoxia. Ensuring airway patency prevents respiratory compromise, a life-threatening issue, addressing the physiological priority of oxygenation during seizure-induced neuronal hyperactivity.

Choice B reason: Darkening the room by closing blinds is not a priority during a seizure. Reducing stimuli may help photosensitive epilepsy, but active seizures require airway and safety management. Uncontrolled movements from neuronal discharges pose immediate risks, making airway monitoring and injury prevention more critical than environmental adjustments.

Choice C reason: Placing pillows inside side rails protects the child from trauma during a seizure, as tonic-clonic movements from cortical hyperexcitability risk fractures or head injuries. Padding reduces impact injuries, addressing the physiological need for safety during clonic jerking, ensuring protection against environmental hazards in the seizure setting.

Choice D reason: Asking the mother to release the child prevents harm, as restraint during a seizure can cause fractures or muscle strain by resisting neuronal-driven movements. Allowing free movement in a safe environment reduces injury risk, prioritizing physical safety and preventing complications from external resistance during the seizure.

Choice E reason: Administering an anticonvulsant requires a prescription and is not immediate during an active seizure. While drugs like lorazepam treat prolonged seizures, the nurse prioritizes airway and safety. Only trained personnel with orders can administer medications, making this less urgent than ensuring airway patency and injury prevention.

Choice A reason: The client’s belief in a chip in his head indicates paranoid ideation, a disturbed thought process in schizophrenia, driven by dopamine dysregulation in the mesolimbic pathway. This nursing problem targets altered reality perception, guiding antipsychotic therapy to reduce delusions, addressing the core cognitive disturbance observed.

Choice B reason: Disturbed sensory perception implies hallucinations, not delusions. The chip belief is a paranoid delusion, not a sensory issue or grandiose belief. Schizophrenia involves cognitive distortions, and “disturbed thought process” better addresses the paranoid ideation, focusing on the neurobiological basis of delusional thinking over sensory misperceptions.

Choice C reason: Impaired verbal communication is inaccurate, as the client is alert and oriented with coherent, though tangential, speech. The chip delusion reflects a thought disorder, not communication deficit. Schizophrenia’s cognitive symptoms prioritize addressing thought processes, driven by neurotransmitter imbalances, over verbal expression issues.

Choice D reason: Impaired social interaction may result from paranoid delusions but is secondary. The primary issue is the disturbed thought process causing the chip delusion, rooted in dopamine dysregulation. Addressing the delusion directly with antipsychotics is more specific, as social issues stem from this core cognitive disturbance.