Study guide

Wound, Burn, and Skin Care PNLE Questions

Medical-Surgical· 43 published questions ·Question inventory updated August 12, 2026
Cognitive level
Where these questions land on Bloom's taxonomy.
L1 Remembering
21%
L2 Understanding
0%
L3 Applying
30%
L4 Analyzing
19%
L5 Evaluating
30%
L6 Creating
0%
Topic distribution
Common themes across 43 questions in this area.
Patient Safety
21
Assessment
17
Fundamentals of Nursing
17
Mental Health
11
Infection Control
8
IV Therapy
7
Nursing Administration
5
Vital Signs
4
Geriatric Nursing
4
Pharmacology
3

Introduction

This page covers exactly 45 original PNLE-style practice questions in the Wound, Burn, and Skin Care inventory. The set belongs to NP4, Medical-Surgical, and was last updated August 12, 2026. Use it to practice recognizing priority findings, protecting tissue, escalating deterioration, and evaluating response to care.

The canonical scope includes wounds, pressure injuries, burns, grafts, skin integrity, dressings, and burn resuscitation. The decisions center on assessment, protection, infection or perfusion escalation, safe dressing and graft care, and interpretation of response to fluid therapy. Autoimmune or infectious skin disease is outside the primary concept, although Infection Prevention and Isolation and Immunity and Connective-Tissue Disorders are adjacent practice topics.

The 2025 Enhanced TOS provides the official framework through broad competencies across the official five-subject PNLE TOS. Wound, Burn, and Skin Care is a Tangerine pedagogical lens mapped across relevant competencies, not a separate official test subject. The TOS does not give this microtopic a guaranteed question count, so use the inventory for focused practice rather than predicting an exam form.

Key concepts

  • Protect threatened skin and wound tissue
    Recognize: Look for new separation, increasing drainage, odor, discoloration, warmth, swelling, worsening pain, or impaired function. Compare the current finding with the documented baseline and inspect surrounding skin, not only the wound center.
    Decide: Protect the area from pressure, friction, moisture, and contamination, then escalate changes that suggest infection, impaired circulation, or deterioration.
    Avoid: Treating one reassuring feature, such as minimal drainage, as proof that the entire wound is healing safely.
  • Relieve pressure before tissue damage progresses
    Recognize: Persistent nonblanching redness, localized warmth or induration, blistering, open areas, or visible deeper tissue indicate threatened or damaged skin over a pressure-bearing site.
    Decide: Remove pressure, use appropriate positioning and support measures, manage moisture, and document the finding clearly for continued assessment.
    Avoid: Massaging reddened tissue or waiting for an open wound before taking protective action.
  • Interpret burn depth and extent together
    Recognize: A burn may contain areas with different depth, color, moisture, sensation, and tissue response. An extremity burn also requires attention to circulation, movement, and sensation as swelling changes.
    Decide: Prioritize the most function-threatening or perfusion-threatening finding, protect the wound as ordered, and reassess because burn appearance can evolve.
    Avoid: Judging severity from surface redness, pain, or wound size alone.
  • Evaluate burn resuscitation through trends
    Recognize: Capillary fluid shift can produce marked edema while tissue perfusion remains inadequate. Falling urine output, changing mental status, cool or poorly perfused tissue, respiratory change, and worsening edema must be interpreted together.
    Decide: Follow the ordered resuscitation protocol, assess serial perfusion and output findings, and promptly report evidence of under-resuscitation or fluid-related harm.
    Avoid: Independently increasing or stopping fluids because of one isolated urine, edema, or vital-sign finding.
  • Respond to burn-related potassium shifts
    Recognize: Extensive tissue injury can release potassium, and resuscitation changes can alter the overall pattern. Ordered electrolyte results must be considered with cardiac, neuromuscular, renal, and perfusion findings.
    Decide: Report significant changes promptly, maintain appropriate monitoring, and prepare for prescribed interventions while continuing to assess the whole patient.
    Avoid: Assuming that a single potassium result explains every change or that a later normal result removes the need for continued assessment.
  • Protect grafts and use dressings deliberately
    Recognize: Graft color, adherence, drainage, odor, surrounding skin, pain, and changes in the wound bed provide clues about healing or possible infection. Dressing condition alone does not establish graft success.
    Decide: Maintain prescribed protection, asepsis, positioning, and handling precautions, and escalate findings that threaten graft adherence or tissue viability.
    Avoid: Lifting, rubbing, repeatedly inspecting, or replacing a graft dressing outside the prescribed plan.
  • Use serial assessment to identify escalation
    Recognize: A worsening pattern, such as increasing pain beneath an immobilizing cast with drainage, odor, swelling, fever, or neurovascular change, is more concerning than a stable expected finding.
    Decide: Reassess circulation, sensation, movement, skin condition, and prescribed devices, then communicate urgent changes through the appropriate clinical chain.
    Avoid: Explaining deterioration as routine healing without checking the tissue, the device, and the patient’s overall response.

What to expect on the PNLE

Question forms in this inventory ask you to interpret a clinical cue before selecting a nursing action. The representative titles support priority-finding items, escalation decisions, comparison of mixed-depth or evolving wounds, and response-to-therapy questions involving edema, urine output, potassium, tissue perfusion, graft status, or suspected infection.

The live profile is 9 easy, 13 medium, and 23 hard questions. Its Bloom labels are remembering 9, applying 14, analyzing 9, and evaluating 13. This supports recall of assessment principles, application to a patient situation, analysis of competing findings, and evaluation of whether an intervention is helping or causing harm.

  • Priority questions: Identify the finding that requires the quickest nursing response, especially when wound changes, perfusion, neurovascular status, or resuscitation are involved.
  • Trend questions: Compare serial findings instead of treating edema, output, potassium, pain, or drainage as isolated data.
  • Action and reassessment questions: Choose the intervention that protects tissue and then determine which finding shows improvement or deterioration.

Exact topic distribution varies by exam form. Use these items to rehearse the clinical work supported by the inventory, not to infer a guaranteed microtopic frequency.

Study tips

  1. Begin with diagnostic practice. Complete a set from this topic without notes and label each missed or guessed item as a recognition, prioritization, intervention, or reassessment problem. Record the exact cue that should have changed your decision.
  2. Use focused retrieval. Build a cue-to-action sheet for wounds, pressure injuries, burns, grafts, dressings, and resuscitation. For each area, retrieve the priority assessment, the immediate protective action, the finding that requires escalation, and the reassessment plan.
  3. Make a comparison table for fluid decisions. Draw two columns in your notes and keep the entries brief:
    Possible inadequate perfusion: falling output, cool or poorly perfused tissue, changing mental status, worsening organ response.
    Possible fluid-related harm: rapidly increasing edema, respiratory change, and deterioration despite more fluid.
    Add the shared action: verify the trend, follow the ordered protocol, and escalate.
  4. Review rationales and errors. For every wrong answer, explain why the selected action was unsafe, which finding carried the greatest priority, and what reassessment would confirm improvement. Separate a knowledge gap from an error caused by ignoring a trend or choosing an action before assessment.
  5. Retry with spacing, then mix the topics. Return to missed and guessed questions after a study interval, retrieve the decision rule from memory, and then complete a mixed timed set containing wounds, pressure injuries, grafts, burns, and resuscitation. Review the mixed set after timing ends so speed does not replace clinical reasoning.

Common mistakes to avoid

  • Calling infection from one drainage or redness cue. Wound drainage and surrounding redness require context and comparison with baseline. Correct the error by checking the direction of change, odor, warmth, swelling, pain, wound separation, and systemic findings before deciding whether escalation is needed.
  • Assigning pressure-injury severity from size alone. Dimensions do not describe all tissue damage. Identify whether the skin is intact, which tissue is visible, whether the base is obscured, and whether pressure is still present; relieve pressure and document the assessment.
  • Equating burn edema with fluid overload. Edema can accompany the capillary fluid shift of major burns, while inadequate perfusion may continue. Interpret edema with urine output, tissue perfusion, respiratory status, mental status, and the response to the ordered fluid plan.
  • Increasing fluids automatically for oliguria. Low output is an important warning, but the nurse should verify the measurement and assess perfusion and possible fluid-related harm before escalating the concern. Use the prescribed protocol and communicate the complete trend rather than treating one value in isolation.
  • Handling a graft like an ordinary open wound. Repeated lifting, rubbing, or unplanned dressing changes can disrupt protection and adherence. Follow the prescribed dressing and positioning plan, maintain asepsis, and report drainage, odor, color change, or other evidence of graft compromise.
  • Using pain as the sole measure of burn depth or healing. Pain may be altered by tissue injury, treatment, or sensation changes. Combine pain with appearance, sensation, movement, perfusion, drainage, and serial findings, especially when an extremity or immobilizing device is involved.

More Wound, Burn, and Skin Care questions

Question 2 Hard

A client with extensive burns has a serum potassium of 6.1 mmol/L shortly after injury. Which process is the most likely cause?

A.

Hyperventilation moves potassium out of plasma

B.

Aldosterone excess retains potassium

C.

Potassium shifts into damaged cells

D.

Cellular destruction releases intracellular potassium

Question 3 Hard

A client with a major burn develops edema in both burned and unburned tissues during the first 24 hours. Which mechanism predominates?

A.

Localized vasoconstriction keeps protein inside the circulation

B.

Increased lymphatic drainage prevents edema in unburned tissues

C.

Inflammatory capillary leak lowers oncotic pressure and circulating volume

D.

Reduced plasma proteins draw fluid into tissues and maintain circulating volume

Question 4 Hard

During adult burn resuscitation, urine output is 0.6 mL/kg/h, but lactate rises, mentation worsens, and crackles appear. Which interpretation best guides titration?

A.

Interpret findings as possible myocardial depression and obtain echocardiography before further fluid titration

B.

Use rising lactate to guide a cautious crystalloid increase toward perfusion targets

C.

Treat new crackles as early pulmonary edema and decrease crystalloid while monitoring perfusion

D.

Reassess perfusion, catheter function, and overload before titrating beyond urine output

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.