🟢 This outcome focuses on recognition of stroke warning signs and appropriate action, which is essential for secondary prevention.

🟢 Clients with a history of stroke are at high risk of recurrent stroke, so they must know to seek immediate medical attention if symptoms recur.

🟢 The outcome is specific and behavior-focused: the client will notify the provider upon noticing stroke signs, aligning with teaching on FAST and emergency response.

🟢 It reflects a realistic, functional goal for a client in a long-term care facility, where staff and providers can be promptly alerted.

🟢 This makes it the most appropriate discharge outcome related to stroke management and safety, consistent with health promotion and prevention principles.

The client will promise to get yearly physicals.

🟢 While yearly physicals are beneficial for overall health maintenance, they are not specific to stroke prevention or recognition.

🟢 Stroke risk management requires ongoing blood pressure control, medication adherence, and prompt response to new neurologic symptoms, not just annual visits.

🟢 This statement is vague and does not measure a clear understanding of stroke warning signs or immediate actions needed.

🟢 It is less directly tied to the primary teaching goals following a cerebrovascular event.

🟢 Therefore, while helpful, this is not the most appropriate or targeted outcome for stroke-specific discharge teaching.

The client will demonstrate how to use crutches.

🟢 Using crutches is typically associated with orthopedic conditions, not the most common mobility patterns after a stroke.

🟢 Stroke often leads to hemiparesis or hemiplegia, which may require canes, walkers, wheelchairs, or orthotics, rather than crutches.

🟢 This outcome does not align with the typical rehabilitative needs of most stroke clients unless a separate orthopedic issue exists.

🟢 It also fails to address stroke risk, safety, or recognition of recurrent symptoms, which are higher priorities.

🟢 Consequently, this is not an appropriate primary outcome for a client discharged after a stroke.

The client can state three ways to restrict potassium.

🟢 Potassium restriction is usually associated with renal disease or some cardiac conditions, not with stroke management.

🟢 There is no indication in the question that the client has hyperkalemia or kidney disease requiring dietary potassium control.

🟢 Focusing on potassium restriction would divert attention from more relevant topics like blood pressure control, anticoagulant use, and stroke symptom recognition.

🟢 Teaching should be prioritized based on stroke-specific risks rather than unrelated dietary modifications.

🟢 Thus, this outcome is not appropriate for a routine stroke discharge plan.

Hypertension

✨ Hypertension is one of the most significant modifiable risk factors for both ischemic and hemorrhagic stroke.

✨ Chronic high blood pressure damages cerebral blood vessels, leading to atherosclerosis, vessel weakening, and risk of rupture or blockage.

✨ Poorly controlled hypertension increases the likelihood of transient ischemic attacks (TIAs) and progressive neurologic decline.

✨ Nurses should always view hypertension as a major contributor to neurologic impairment, particularly cerebrovascular disease.

✨ Therefore, a history of hypertension clearly correlates with increased risk of neurologic complications.

Diabetes with elevated A1C

✨ Diabetes with elevated A1C indicates chronic hyperglycemia, which contributes to microvascular and macrovascular damage in the brain.

✨ This damage accelerates atherosclerosis, increasing the risk of ischemic stroke and vascular cognitive impairment.

✨ Poor glucose control is associated with neuropathy, retinopathy, and increased risk of cerebral ischemia.

✨ Elevated A1C shows that blood sugar has been consistently above target, magnifying long-term neurologic risk.

✨ Thus, diabetes with poor control is strongly linked to increased risk for neurologic impairment.

Cataracts

✨ Cataracts are an age-related clouding of the lens of the eye, leading to visual impairment, not primary neurologic disease.

✨ While they affect sight and safety, they do not directly cause central nervous system impairment or stroke.

✨ Cataracts are considered an ocular problem, not a cerebrovascular or neurologic risk factor.

✨ Removal of cataracts often improves function without changing underlying brain health.

✨ Therefore, cataracts are not directly associated with increased risk of neurologic impairment in the same way as hypertension or diabetes.

Decrease in hearing functioning with age

✨ Age-related hearing loss (presbycusis) is a common sensory deficit, but it is not a primary cause of stroke or central neurologic injury.

✨ Although hearing loss may impact communication and social engagement, it is not listed as a major vascular neurologic risk factor.

✨ It can sometimes be confused with cognitive decline, yet the underlying problem is typically peripheral or cochlear rather than cerebral.

✨ Nurses should address hearing loss for safety and quality of life, but it is not in the same risk category as hypertension or uncontrolled diabetes.

✨ Thus, decreased hearing with age is not a main risk factor for neurologic impairment like stroke.

🌟 Sudden confusion in a stroke client is a priority change in neurologic status and may indicate re-stroke, hemorrhage, hypoxia, or metabolic disturbance.

🌟 Any acute alteration in mental status is treated as an urgent neurologic finding requiring immediate assessment (ABCs, vitals, neuro check).

🌟 In an older adult with a history of stroke, this could reflect cerebral edema, new ischemia, infection, or medication effects.

🌟 Early recognition and intervention can prevent further deterioration and may allow for time-sensitive treatments.

🌟 Therefore, this client is the highest priority among the four and should be seen first.

A 52-year-old with a history of smoking

🌟 A history of smoking is a significant risk factor for stroke and cardiovascular disease, but it does not represent an acute change in status.

🌟 The question is asking which client the nurse should see first, prioritizing current instability over chronic risk factors.

🌟 This client may need teaching and support for smoking cessation, but they are not described as having new neurologic symptoms.

🌟 Compared to sudden confusion, a smoking history alone is less urgent in terms of immediate nursing attention.

🌟 Thus, the client with a smoking history would not be seen before someone with an acute mental status change.

A 64-year-old who has dependent edema

🌟 Dependent edema suggests fluid overload, venous insufficiency, or heart failure, but it is typically a more chronic, non-emergent finding unless accompanied by severe respiratory compromise.

🌟 While it should be assessed and managed, it is not as critical as new neurologic changes like sudden confusion.

🌟 There is no indication here of acute distress, chest pain, or respiratory failure.

🌟 Edema requires evaluation but does not surpass the urgency of potential acute brain dysfunction.

🌟 Therefore, this client is not the first priority in this group.

A 75-year-old who needs to ambulate

🌟 A client who needs to ambulate after stroke likely requires assistance, safety measures, and possibly rehab support, but this is part of routine care.

🌟 There is no mention of acute neurologic deterioration, new deficits, or hemodynamic instability in this scenario.

🌟 Ambulation can typically be scheduled and supervised, unlike sudden confusion, which demands immediate evaluation.

🌟 Safety during ambulation is important, but it is not as urgent as possible re-stroke or acute cognitive change.

🌟 Thus, while important, this client should be seen after the one with sudden confusion.

😰 Chronic stress is strongly associated with tension headaches and migraines, due to persistent activation of the sympathetic nervous system and muscle tension.

😰 Stress triggers release of stress hormones (e.g., cortisol, adrenaline), which can alter vascular tone and pain pathways, contributing to recurrent headaches.

😰 Clients under long-term stress often report frequent headaches as a physical manifestation of emotional strain.

😰 These headaches can interfere with sleep, concentration, and quality of life, further perpetuating the stress cycle.

😰 Therefore, migraines and headaches are classic somatic manifestations of chronic stress, making this the best answer.

Confusion

😰 Confusion is more typically linked to acute neurologic events, metabolic imbalances, infections, or medication toxicity, rather than chronic stress alone.

😰 While severe stress can affect concentration or decision-making, it does not usually cause frank disorientation or confusion.

😰 In a nursing assessment, confusion would prompt evaluation for delirium, stroke, hypoxia, or hypoglycemia.

😰 It is considered a red flag for acute brain dysfunction rather than a standard chronic stress symptom.

😰 Thus, confusion is not the best choice as a primary manifestation of chronic stress in this context.

Forgetfulness

😰 Forgetfulness can be associated with aging, depression, sleep deprivation, or early dementia, and stress can indeed contribute to mild memory lapses.

😰 However, in exam questions, chronic stress is more directly and classically linked to headaches, GI upset, muscle tension, and insomnia.

😰 Occasional forgetfulness under stress is usually subjective and less specific than physical symptoms like headaches.

😰 It requires careful differentiation from more serious cognitive disorders, such as mild cognitive impairment or dementia.

😰 Because it is less specific and not the hallmark physical complaint, forgetfulness is not the best answer compared with headaches.

Tremors

😰 Tremors are typically associated with neurologic conditions (e.g., Parkinson’s disease, essential tremor), medication side effects, or hyperthyroidism.

😰 Acute anxiety can cause temporary shaking or fine tremors, but chronic stress is more consistently linked with headaches, insomnia, or GI symptoms.

😰 Tremors suggest a possible movement disorder or systemic issue that should not be attributed solely to stress without further evaluation.

😰 In clinical reasoning, tremor prompts a more focused neurologic or endocrine workup.

😰 Therefore, tremors are not the primary or most typical finding associated with chronic stress in this scenario.

💠 The facial nerve (CN VII) controls muscles of facial expression, including movements such as smiling, frowning, and closing the eyes tightly.

💠 When CN VII is affected, clients may have facial asymmetry, such as an inability to smile symmetrically or fully close one eyelid, often seen in Bell’s palsy or stroke.

💠 This nerve also contributes to taste sensation on the anterior two-thirds of the tongue, but its most clinically obvious sign is facial motor weakness.

💠 The scenario describing inability to smile symmetrically and close the right eye tightly fits classic peripheral or central facial nerve dysfunction.

💠 Therefore, the facial nerve (CN VII) is the cranial nerve affected in this situation.

CN V (Trigeminal)

💠 The trigeminal nerve (CN V) is primarily responsible for facial sensation (touch, pain, temperature) and motor innervation to muscles of mastication (chewing).

💠 Damage to CN V may cause loss of corneal reflex, decreased facial sensation, or difficulty clenching the jaw, rather than isolated facial expression weakness.

💠 While it contributes to corneal reflex via the sensory limb, it does not control eye closure strength—that is CN VII’s role.

💠 An asymmetrical smile and inability to tightly close one eye are motor facial expression deficits, pointing away from CN V.

💠 Thus, CN V is not the correct cranial nerve linked to these specific findings.

CN X (Vagus)

💠 The vagus nerve (CN X) primarily controls parasympathetic activity to thoracic and abdominal organs and contributes to swallowing, palate elevation, and voice quality.

💠 Injury to CN X can cause hoarseness, dysphagia, impaired gag reflex, and abnormal uvula deviation, but not isolated facial asymmetry or eye closure difficulty.

💠 Facial expression movements, such as smiling, are not controlled by the vagus nerve.

💠 The scenario does not describe voice changes, swallowing problems, or autonomic dysfunction, which would suggest vagal involvement.

💠 Therefore, CN X is not consistent with the signs described.

CN IX (Glossopharyngeal)

💠 The glossopharyngeal nerve (CN IX) is responsible for taste on the posterior third of the tongue, part of the gag reflex, and some pharyngeal sensation.

💠 Damage typically manifests as impaired gag reflex, dysphagia, or loss of taste posteriorly, not facial droop or inability to close one eye.

💠 CN IX does not innervate the muscles of facial expression, so it is not involved in smiling or eyelid closure.

💠 The client’s problem is clearly motor facial weakness, not pharyngeal or taste disturbance.

💠 Thus, CN IX is not the nerve implicated in this presentation.

🔷 The Mini-Mental Status Exam (MMSE) is a standardized tool specifically designed to assess cognitive function and screen for mental decline or dementia.

🔷 It evaluates orientation, registration, attention, calculation, recall, and language, giving a numerical score that can be trended over time.

🔷 In a client with suspected mental decline, the MMSE provides an objective measure of cognitive status.

🔷 It helps differentiate normal aging from mild cognitive impairment or more significant cognitive disorders.

🔷 Therefore, administering the MMSE is the most appropriate choice when the nurse suspects mental decline.

Finger-Nose-Finger Test

🔷 The finger-nose-finger test evaluates cerebellar function and coordination, not higher-order cognition.

🔷 It involves the client alternately touching their nose and the examiner’s finger, testing for dysmetria and intention tremor.

🔷 This test is useful in assessing cerebellar disease or motor coordination problems, not memory, orientation, or thinking skills.

🔷 When the concern is mental decline (e.g., possible dementia), coordination testing does not answer the main clinical question.

🔷 Thus, this test is not the appropriate tool for screening cognitive decline.

Romberg Test

🔷 The Romberg test assesses balance and proprioception, often used to evaluate posterior column function or vestibular disorders.

🔷 It involves asking the client to stand with feet together and eyes closed, looking for excessive swaying or loss of balance.

🔷 While helpful in assessing sensory or cerebellar issues, it does not measure memory, language, or executive function.

🔷 A client with mental decline may have a normal Romberg test, so it is not a reliable screen for cognitive impairment.

🔷 Therefore, the Romberg test is not the correct choice when mental decline is suspected.

Heel-to-Shin Test

🔷 The heel-to-shin test is another cerebellar and coordination test, where the client slides the heel of one foot down the shin of the opposite leg.

🔷 It evaluates smoothness and accuracy of movement, helpful in identifying cerebellar dysfunction or motor incoordination.

🔷 Like the finger-nose-finger test, it does not assess memory, orientation, language, or problem-solving, which are central to mental decline.

🔷 A person with early dementia could perform this test normally while still having significant cognitive deficits.

🔷 Hence, the heel-to-shin test is not the appropriate tool for suspected mental decline.

🟢 In the Romberg test, a negative Romberg means the client may sway slightly but is able to maintain balance without falling.

🟢 Mild sway is normal, as the body constantly makes small adjustments to stay upright.

🟢 A positive Romberg is recorded when the client loses balance or falls once the eyes are closed, indicating impaired proprioception or vestibular function.

🟢 Since the patient in the scenario sways but maintains balance, this indicates a normal response and is documented as a negative Romberg sign.

🟢 This finding suggests that proprioception and cerebellar function are likely adequate.

Positive Romberg sign

🟢 A positive Romberg would imply that the patient cannot maintain balance with eyes closed and may fall or step out to avoid falling.

🟢 This usually indicates problems with proprioceptive pathways, vestibular system, or sensory ataxia.

🟢 The scenario clearly states the patient maintains balance, even though they sway, which does not meet criteria for a positive test.

🟢 Labeling this as a positive Romberg would misrepresent a normal finding and could lead to unnecessary further workup.

🟢 Thus, this option is incorrect for the described response.

Abnormal proprioception

🟢 Abnormal proprioception would typically present as marked instability, with the patient losing balance or needing to move their feet to prevent falling when eyes are closed.

🟢 Since the patient maintains balance, their proprioception is likely intact, and the sway is within a normal range.

🟢 Normal individuals frequently sway slightly during Romberg testing due to the body’s continuous postural adjustments.

🟢 It would be inaccurate to interpret mild sway as definite proprioceptive pathology.

🟢 Therefore, describing this as abnormal proprioception contradicts the clinical description of maintained balance.

Loss of cerebellar control

🟢 Cerebellar dysfunction usually causes problems with balance even when eyes are open, not only with eyes closed.

🟢 A person with significant cerebellar damage typically has ataxia, wide-based gait, and difficulty maintaining posture at all times, not just during Romberg.

🟢 In Romberg testing, if balance is normal with eyes open but lost with eyes closed, the problem is more often sensory (proprioceptive) than cerebellar.

🟢 The scenario states the patient maintains balance, which does not suggest a major cerebellar lesion.

🟢 Hence, interpreting this as loss of cerebellar control is not supported by the findings.

✨ The ability to repeat phrases clearly suggests normal functioning of speech production and language comprehension, involving Broca’s and Wernicke’s areas and intact cranial nerves for articulation.

✨ This indicates that motor speech pathways and coordination of oral structures are working appropriately.

✨ It is a typical part of neurologic and cranial nerve assessment to ask clients to repeat words or phrases to check clarity and language function.

✨ A normal result is that the client can repeat without slurring, aphasia, or paraphasic errors.

✨ Therefore, this is a normal neurologic finding and the correct answer.

Inability to smell or taste

✨ Inability to smell suggests dysfunction of cranial nerve I (olfactory), which is not normal and may result from head trauma, sinus disease, or neurodegenerative disorders.

✨ Loss of taste can be associated with issues affecting CN VII, IX, or systemic conditions, and is also considered abnormal.

✨ Sudden or progressive changes in smell or taste warrant further evaluation for underlying causes.

✨ These sensory deficits can impact nutrition, safety, and quality of life, especially inability to smell smoke or gas.

✨ Thus, inability to smell or taste is not a normal finding in a neurologic assessment.

Numbness and tingling from thigh to big toe

✨ Numbness and tingling in a dermatomal pattern from the anterior thigh to the big toe may indicate peripheral nerve or root involvement, such as lumbar radiculopathy.

✨ This sensory change is a sign of neurologic or musculoskeletal pathology, not a normal variant.

✨ It can be associated with nerve compression, disc herniation, or neuropathy, all requiring evaluation and management.

✨ Persistent paresthesia indicates sensory pathway impairment, which nurses must document and report.

✨ Therefore, this finding is abnormal and should not be charted as normal.

Nystagmus when looking in different directions

✨ Nystagmus is an involuntary, rhythmic movement of the eyes and can indicate vestibular, cerebellar, or brainstem dysfunction when present outside of minimal end-gaze situations.

✨ While very slight end-point nystagmus can sometimes be seen in extreme lateral gaze, persistent or significant nystagmus in multiple directions is considered abnormal.

✨ It may be associated with vertigo, multiple sclerosis, stroke, or inner ear disorders.

✨ During neurologic exam, nystagmus requires further evaluation and should be documented as an abnormal eye movement.

✨ Thus, nystagmus in different directions is not a normal finding.