1 :

Hint : ⚖️Think about the documents that speak for you when you can’t.

Correct Answers:

  • Prepare an advance directive and choose a health care power of attorney


Rationale :

🧠Advance directives legally document the client’s treatment preferences before they lose decision-making capacity.

📜Appointing a health care power of attorney ensures a trusted surrogate can interpret wishes when situations are nuanced.

🧩These tools reduce family conflict and guide clinicians when the disease progresses or emergencies arise.

🛡️They are proactive, patient-centered strategies endorsed for progressive neurodegenerative illnesses like ALS.

📌Core Message

Prioritize advance care planning—an advance directive plus a health care proxy best protect and communicate evolving wishes in progressive ALS.

2 :

Hint : 🧪Focus on findings that show small-vessel bleeding rather than organ failure.

Correct Answers:

  • Purpura
  • Petechiae
  • Hematuria


Rationale :

🩸Thrombocytopenia causes impaired primary hemostasis, leading to mucocutaneous bleeding signs.

🔍Petechiae reflect capillary hemorrhage from low platelet counts and are classic early findings.

🟣Purpura (larger, non-blanching lesions) arise from cutaneous bleeding due to platelet deficiency.

🚽Hematuria represents internal bleeding risk in the urinary tract when platelets are insufficient.

📌Core Message

Low platelets produce mucocutaneous bleeding—look for petechiae, purpura, and hematuria, not primary organ failure signs.

3 :

Hint : ⌛Think of a venous bleed that can smolder for weeks.

Correct Answers:

  • Subdural hematoma


Rationale :

🧠Subdural hematomas can present acutely after trauma or chronically as slow venous bleeding, especially in older adults.

⏳The bridging veins mechanism allows both rapid and gradual blood accumulation.

👵Age-related brain atrophy increases vein vulnerability, predisposing to chronic forms.

🧪Clinical course ranges from immediate deficits to insidious cognitive changes, fitting both timelines.

📌Core Message

Subdural hematomas uniquely occur in acute and chronic forms due to bridging vein injury and slow venous bleeding potential.

4 :

Hint : 🧷Differentiate positioning from physically restraining.

Correct Answers:

  • Turn the patient onto their side and hold them in that position until the seizure has resolved


Rationale :

🛑While a lateral position is appropriate, physically restraining a seizing patient is unsafe and can cause injury.

🕒Timing the seizure is essential to identify status epilepticus and guide escalation.

👕Removing restrictive clothing helps airway/breathing and reduces injury risk.

🧴Suctioning secretions is appropriate if accessible, but never force the mouth open due to dental/airway trauma risk.

📌Core Message

In seizures, support airway and safety without restraint; time events and avoid forcing anything into the mouth.

5 :

Hint : 🧭Consider complications from immobility and autonomic disruption above T6.

Correct Answers:

  • Autonomic dysreflexia
  • Increased risk of pressure injuries
  • DVT


Rationale :

⚡In lesions at or above T6 (C7 included), autonomic dysreflexia is a dangerous hypertensive emergency triggered by noxious stimuli.

🛏️Immobility markedly raises risk for pressure injuries, requiring vigilant prevention.

🩹Reduced mobility and venous stasis elevate DVT risk; prophylaxis and monitoring are key.

🧠Increased ICP and sodium wasting are not typical complications of spinal cord injuries without associated brain pathology.

📌Core Message

For C7 SCI, monitor for autonomic dysreflexia, prevent pressure injuries, and mitigate DVT risk; brain-specific syndromes don’t apply here.

6 :

Hint : 🤔Think deficit, not surplus.

Correct Answers:

  • False


Rationale :

🧠Parkinson’s disease stems from dopamine deficiency in the substantia nigra, not excess.

⚖️Loss of dopamine creates relative cholinergic dominance, producing motor symptoms.

🧩This imbalance underlies bradykinesia, rigidity, tremor, and postural instability.

💊Therapy aims to restore dopamine signaling or reduce acetylcholine effects, correcting the imbalance.

📌Core Message

Parkinson’s features dopamine loss leading to relative acetylcholine dominance—the opposite of increased dopamine.

7 :

Hint : 🧠Do units first: mL, minutes, then divide total drops by minutes.

Correct Answers:

  • 54


Rationale :

🧮Convert 1.5 L to 1500 mL for drop calculations.

⏱️Seven hours equals 420 minutes.

🔢Multiply 1500 mL × 15 gtt/mL = 22,500 gtt total.

📉Divide 22,500 ÷ 420 ≈ 53.6, which rounds to 54 gtts/min for clinical practice.

📌Core Message

Use (volume × drop factor) ÷ minutes and round to set safe, practical drip rates.

8 :

Hint : 🧩Think bone destruction, abnormal immunoglobulins, and kidney strain.

Correct Answers:

  • Presence of lytic lesions
  • Elevation of M protein levels
  • Dehydration
  • Precipitous increase in serum creatinine levels


Rationale :

🦴Lytic bone lesions are classic in multiple myeloma, causing bone pain and fractures.

🧫Elevated monoclonal (M) protein reflects clonal plasma cell proliferation.

💧Hypercalcemia and renal tubular effects lead to dehydration in many patients.

🧪Light-chain nephropathy and hypercalcemia commonly cause a rise in creatinine, not a fall.

📌Core Message

Multiple myeloma features bone lysis, monoclonal protein excess, dehydration, and renal impairment with increased creatinine.

9 :

Hint : 👀Think eyes, words, and movement.

Correct Answers:

  • Verbal response
  • Motor response
  • Eye opening


Rationale :

🧠The GCS quantifies level of consciousness using Eye opening, Verbal response, and Motor response to create a standardized score.

📝Each domain has defined criteria with numeric values that sum to a total from 3–15.

🚫Functions like swallowing are not part of GCS because they don’t directly reflect arousal or higher cortical response.

🎭Emotional response is excluded since it’s subjective and not a reliable indicator of neurologic responsiveness.

📌Core Message

The GCS assesses eye opening, verbal, and motor responses—not swallowing or emotions.

10 :

Hint : 🧠Dose ÷ concentration = volume.

Correct Answers:

  • 1.9


Rationale :

🧮Concentration: 200 mcg/5 mL = 40 mcg/mL.

📏Required volume: 75 mcg ÷ 40 mcg/mL = 1.875 mL.

🔄Rounded to the tenth per instruction: 1.9 mL.

✅This ensures the ordered dose is delivered accurately using the stock concentration.

📌Core Message

Convert to mcg/mL, compute volume = dose/concentration, then round to the tenth → 1.9 mL.

Total Questions: 10

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