Study guide

Stroke and Cerebrovascular Care PNLE Questions

Medical-Surgical· 33 published questions ·Question inventory updated August 12, 2026
Cognitive level
Where these questions land on Bloom's taxonomy.
L1 Remembering
33%
L2 Understanding
9%
L3 Applying
18%
L4 Analyzing
15%
L5 Evaluating
24%
L6 Creating
0%
Topic distribution
Common themes across 33 questions in this area.
Patient Safety
10
Fundamentals of Nursing
7
Assessment
7
Musculoskeletal
4
Patient Education
4
Neurologic Disorders
4
Nutrition Therapy
4
Rehabilitation
4
Geriatric Nursing
3
Cardiac Disorders
3

Introduction

The live inventory contains exactly 33 original Tangerine PNLE-style practice questions on Stroke and Cerebrovascular Care. This page uses them to rehearse time-sensitive nursing decisions: recognize a new neurologic deficit, protect the airway and swallowing function, obtain focused assessment data, distinguish likely ischemic from hemorrhagic pathways, screen safely for thrombolysis, and provide immediate post-stroke care.

The canonical scope includes TIA, ischemic or hemorrhagic stroke, thrombolysis screening, and post-stroke care. It excludes general intracranial-pressure or head-injury management and chronic rehabilitation as the main target, although neurologic assessment and rehabilitation, mobility, and prosthetics are adjacent topics. The parent pedagogical practice area is NP4 — Medical-Surgical.

Under the 2025 Enhanced TOS, this topic is a Tangerine pedagogical lens mapped across relevant competencies in the official five-subject PNLE TOS, not a separate official test subject. The TOS provides broad competency relationships rather than a guaranteed microtopic weight, so exact topic distribution varies by exam form.

Key concepts

  • Recognize a new focal neurologic deficit
    Recognize: Sudden unilateral weakness, facial asymmetry, speech or language change, visual disturbance, imbalance, or altered consciousness can signal an acute cerebrovascular event.
    Decide: Activate the urgent stroke response, assess airway and breathing, document the time found and last known well, and complete focused neurologic assessment.
    Avoid: Waiting for symptoms to become more obvious or using one finding alone to confirm the diagnosis.
  • Use the correct time history
    Recognize: The time symptoms were discovered may differ from the last time the patient was known to be neurologically normal, especially with an unwitnessed or wake-up event.
    Decide: Record both times when available, clarify the history with family or witnesses, and report an unknown onset rather than estimating it.
    Avoid: Treating the discovery time as the true onset when the patient was last known well earlier.
  • Protect airway and swallowing safety
    Recognize: Reduced alertness, drooling, coughing or choking, difficulty managing secretions, and a wet voice raise concern for impaired airway protection or dysphagia.
    Decide: Position safely, keep suction available, withhold oral food, fluids, and medications until swallowing safety is assessed through the appropriate process, and escalate respiratory changes.
    Avoid: Giving water or oral medication as an informal swallow test.
  • Let imaging guide the acute pathway
    Recognize: Clinical findings alone cannot reliably establish whether a new stroke is ischemic or hemorrhagic. Urgent brain imaging helps identify bleeding and informs treatment eligibility.
    Decide: Prepare the patient for ordered imaging, communicate changes promptly, and use the result with the full assessment and medical orders.
    Avoid: Assuming a nonhemorrhagic event or delaying imaging because symptoms appear mild.
  • Screen for thrombolysis through the ordered protocol
    Recognize: Screening requires accurate onset history, current medications, bleeding history, recent procedures or illnesses, baseline status, assessment findings, and imaging information.
    Decide: Collect and communicate complete data, verify the medication list, and support rapid evaluation without independently declaring the patient eligible or ineligible.
    Avoid: Relying on a single favorable cue or memorized cutoff while ignoring contraindication questions and provider orders.
  • Use findings for localization without overclaiming
    Recognize: Aphasia, dysarthria, neglect, gaze deviation, visual-field changes, and patterns of weakness can guide a focused neurologic examination.
    Decide: Compare findings over time, report a change from baseline, and use the pattern to prioritize safety and communication needs.
    Avoid: Treating localization as proof of stroke type, skipping imaging, or assuming every communication problem is aphasia.
  • Prioritize immediate post-stroke safety
    Recognize: Acute care may involve neurologic deterioration, aspiration risk, impaired mobility, falls, communication barriers, and dependence with basic activities.
    Decide: Continue ordered neurologic monitoring, apply fall and aspiration precautions, support safe positioning and communication, and collaborate with the care team.
    Avoid: Focusing on long-term rehabilitation goals while airway, neurologic change, and immediate safety needs remain unresolved.

What to expect on the PNLE

The inventory supports several PNLE-style question forms: recognizing a brain attack or TIA pattern, linking findings with a possible lesion location, selecting the urgent response to new unilateral weakness, protecting the airway when secretions or swallowing are impaired, identifying the role of brain imaging, and gathering information for thrombolysis screening. Post-stroke care items may also ask for a safe nursing intervention or a response that supports function without overlooking acute deterioration.

The live difficulty mix is 15 easy, 4 medium, and 14 hard questions. Its Bloom distribution is 11 remembering, 3 understanding, 6 applying, 5 analyzing, and 8 evaluating, so practice should include recall of definitions and mechanisms, use of cues in a clinical situation, comparison of competing priorities, and judgment about the safest action. This inventory profile describes available practice work, not a forecast of any board examination.

  • Remembering and understanding: Define TIA or stroke, identify mechanisms, and connect common findings with the affected neurologic function.
  • Applying: Use onset history, airway cues, and assessment findings to select the immediate nursing action.
  • Analyzing: Separate symptom discovery from last-known-well information and distinguish localization clues from proof of stroke type.
  • Evaluating: Judge which data are essential for imaging and thrombolysis screening and which intervention best protects the patient first.

Exact topic distribution varies by exam form. Use the questions to build flexible decision-making across the canonical scope rather than expecting a fixed number of items on TIA, imaging, dysphagia, or any other microtopic.

Study tips

  1. Start with diagnostic practice.
    Complete the 33-question inventory, or a manageable first set, before reviewing notes. Mark each answer as correct, incorrect, or guessed, then label the missed decision: recognition, onset history, airway, imaging, thrombolysis screening, localization, or post-stroke safety.
  2. Use focused retrieval for one decision at a time.
    Cover your notes and answer prompts such as, What must I clarify first? What makes oral intake unsafe? What information belongs in thrombolysis screening? Make a comparison grid you can redraw from memory:
    Self-made comparison grid
    Ischemic concern: urgent imaging plus reperfusion screening
    Hemorrhagic concern: urgent imaging plus bleeding-focused orders
    TIA: transient deficit plus urgent evaluation and prevention planning
    Dysphagia concern: secretion or swallow cues plus oral-intake protection
  3. Review rationales and errors.
    For every missed or guessed item, write the decisive cue, the priority nursing action, and why the tempting option was unsafe or premature. When a question depends on a precise institutional threshold, record that it must be checked against the applicable protocol instead of inventing a number.
  4. Retry with spacing.
    Re-answer missed items during the next study session, several days later, and again after another topic block. Explain the decision aloud before viewing the rationale, and change an answer only when a clinical cue or safety principle supports the change.
  5. Finish with mixed timed practice.
    Combine stroke questions with adjacent neurologic assessment, intracranial pressure, rehabilitation, mobility, and prosthetics items. After the set, review patterns of hesitation and unsafe prioritization rather than tracking only the total score.

Common mistakes to avoid

  • Using discovery time as onset time.
    A patient found with weakness may have become symptomatic earlier. The correcting cue is the last-known-well history; if it is unavailable, document unknown onset and communicate that uncertainty for protocol-based evaluation.
  • Downgrading a TIA because the deficit improved.
    Resolution does not remove the need for urgent assessment. The safety principle is that transient focal neurologic symptoms still require evaluation for a cerebrovascular cause and prevention of another event.
  • Offering oral fluids to assess swallowing.
    Coughing, drooling, wet voice, reduced alertness, or poor secretion control should shift the nurse toward airway protection. Keep oral intake on hold until swallowing safety is assessed through the appropriate process.
  • Calling the stroke type from symptoms alone.
    Weakness, aphasia, headache, or altered consciousness can be clinically important without proving ischemia or hemorrhage. The correcting principle is to support urgent imaging and follow the resulting orders rather than infer eligibility for treatment.
  • Independently clearing thrombolysis.
    A favorable onset history is only one part of screening. Verify medications, bleeding history, recent procedures or illnesses, baseline status, assessment findings, imaging, and the current protocol; escalate complete information instead of making the final determination.
  • Choosing rehabilitation before acute stabilization.
    Motivation, mobility, and communication matter after stroke, but a new neurologic change, secretion problem, or unsafe transfer takes priority. Immediate airway, neurologic monitoring, and fall or aspiration precautions guide the first action.

More Stroke and Cerebrovascular Care questions

Question 2 Hard

A patient is brought to the rehabilitation unit after a CVA and mild dysphagia. The best intervention for this patient is:

A.

Position the patient upright while eating.

B.

Place patient on a clear liquid diet.

C.

Tilt head back to facilitate swallowing reflex.

D.

Offer finger foods such as crackers or pretzels.

Question 3 Easy

A client with marked erythrocytosis asks why the condition can increase ischemic stroke risk even when cholesterol is normal. Which explanation is most accurate?

A.

More red cells automatically raise cholesterol concentration in the vessel wall

B.

More red cells increase blood viscosity, which can slow flow and favor thrombosis

C.

Higher hemoglobin directly produces chronic severe hypertension

D.

More red cells reduce platelet activity, causing emboli to form

Question 4 Easy

A patient has sudden aphasia and right-arm weakness that persist. Which mechanism should the nurse recognize as a stroke?

A.

Acute interruption of cerebral blood flow from ischemia or hemorrhage

B.

Brief global reduction in brain activity caused by fatigue

C.

Progressive peripheral nerve injury from chronic hypertension

D.

Transient cerebral ischemia that resolves without tissue injury

References and further reading

How this page is built

The counts and distributions on this page come from Tangerine Prep's live published question bank. The source inventory was last updated on August 12, 2026.

The questions are original PNLE-style practice items, not recalled or leaked board questions. Topic scope follows Tangerine's pedagogical taxonomy and is mapped to the PRC 2025 Enhanced Table of Specifications, effective from the November 2025 NLE onward. Exact topic distribution varies by exam form.