A nurse in the emergency department (ED) is caring for a client. Complete the diagram by dragging from the choices below to specify what condition the client is most likely experiencing, 2 actions the nurse should take to address that condition, and 2 parameters the nurse should monitor to assess the client's progress.

This patient presents with acute neurological deficits consistent with an ischemic stroke which requires rapid identification and management . The client presents within a 45-minute window of symptom onset, with unilateral weakness, facial droop, speech changes, and visual field deficits. A non-contrast CT scan shows no hemorrhage, which supports ischemic stroke and makes thrombolytic therapy a potential treatment option. Early recognition is critical because timely intervention can restore perfusion and reduce permanent brain injury. Rationale for correct choices: • Ischemic stroke: The sudden onset of focal neurological deficits such as unilateral weakness, facial droop, speech changes, and visual field loss strongly indicates ischemic stroke. The CT scan shows no evidence of hemorrhage, supporting an ischemic rather than hemorrhagic event. The presence of risk factors such as atrial fibrillation, hypertension, smoking, and hyperlipidemia further increases likelihood. Early ischemia may show subtle gray-white matter changes, as seen in this case. • Prepare to initiate fibrinolytic therapy: Fibrinolytic therapy (e.g., tPA) is indicated in ischemic stroke when administered within the appropriate time window and after exclusion of hemorrhage. The CT scan confirms absence of bleeding, making the client a potential candidate. Early administration restores cerebral perfusion and minimizes neuronal damage. Rapid preparation is essential to improve neurological outcomes. • Assist the client to identify triggers: Although acute management is the priority, identifying contributing risk factors such as smoking, alcohol intake, and atrial fibrillation is important for secondary prevention. These factors significantly increase stroke risk and must be addressed to prevent recurrence. Education begins early during stabilization to support long-term lifestyle modification. This helps reduce future cerebrovascular events. • Client’s ability to swallow: Dysphagia is a common complication of stroke due to impaired cranial nerve function. Assessing swallowing ability is essential to prevent aspiration before administering oral intake or medications. Stroke-related neurological deficits increase the risk of silent aspiration. Monitoring swallowing status is critical for patient safety during recovery. • Bleeding: Bleeding must be closely monitored because fibrinolytic therapy significantly increases the risk of hemorrhage. Clients receiving thrombolytics require frequent assessment for intracranial, gastrointestinal, and systemic bleeding. Early detection of bleeding complications is essential for timely discontinuation of therapy and intervention. This is a key safety parameter during stroke treatment. Rationale for incorrect options: • Hemorrhagic stroke: Hemorrhagic stroke is characterized by bleeding within the brain and would typically present with headache, vomiting, and decreased level of consciousness. In this case, CT imaging shows no evidence of bleeding, ruling out hemorrhagic stroke. The clinical picture aligns more with ischemia rather than rupture of cerebral vessels. • Migraine headache: Migraine may cause neurological symptoms such as visual disturbances or paresthesia but typically has a gradual onset and is often associated with headache, nausea, or photophobia. This client has sudden focal neurological deficits without headache or nausea. Additionally, CT findings suggest early ischemia rather than migraine-related changes. • Traumatic brain injury: There is no history of trauma, fall, or head injury reported by the client or partner. Traumatic brain injury would also likely present with external signs of injury or altered consciousness depending on severity. The acute focal neurological deficits and imaging findings are more consistent with vascular occlusion rather than trauma. • Prepare for carotid artery angioplasty: Carotid angioplasty is a long-term interventional procedure used to manage carotid artery stenosis and prevent future strokes. It is not an immediate emergency intervention for acute ischemic stroke. The priority in this scenario is restoring cerebral blood flow through fibrinolysis, not vascular surgery. Therefore, this action is not appropriate in the acute phase. • Implement spinal precautions: Spinal precautions are indicated for suspected spinal cord injury or trauma to the cervical spine. This client has no history of trauma or mechanism of injury suggesting spinal involvement. The neurological deficits are localized to cerebral circulation rather than spinal cord injury. Therefore, spinal precautions are not necessary. • Prepare to administer nortriptyline: Nortriptyline is a tricyclic antidepressant sometimes used for neuropathic pain or migraine prophylaxis. It has no role in acute stroke management. Administering this medication would not address cerebral ischemia or improve neurological outcomes. Therefore, it is not appropriate in this emergency situation. • Orthostatic hypotension: Orthostatic hypotension monitoring is more relevant for clients with volume depletion, autonomic dysfunction, or medication-related blood pressure changes. In acute ischemic stroke, blood pressure is typically elevated and is often permissively maintained to support cerebral perfusion. Monitoring orthostatic changes does not provide meaningful information about neurological recovery or stroke progression. Therefore, it is not a priority parameter in this scenario. • Monitor liver function: Liver function monitoring is not directly related to the acute management or progression of ischemic stroke. While liver function may be relevant in patients receiving certain long-term medications, it does not reflect neurological status or risk of stroke complications. The immediate focus is on swallowing ability, bleeding risk, and neurological function. Therefore, liver function is not a priority monitoring parameter in this acute setting. • Pain control: Pain control is not a priority monitoring parameter in this client because ischemic stroke is primarily characterized by neurologic deficits rather than significant pain. Even though some patients may report headache or discomfort, this client’s presentation includes acute focal neurological deficits such as hemiparesis, speech changes, and visual field loss, which are more critical indicators of cerebral ischemia.