Myths/Mistakes & Pitfalls
ABOHNS • FRCS (ORL-HNS) • EBEORL-HNS
The “Reread + Highlight” Myth
Hook: Familiarity ≠ recall.
Re-reading and highlighting make material feel easier while you’re looking at it — but boards demand you retrieve answers under pressure.
Here’s the research-backed fix: build your study around retrieval practice + spaced re-testing.
Quick takeaway: recognition tricks you. retrieval trains you.
The myth
“If I re-read and highlight enough, I’ll remember it.”
This is one of the most common study traps in medicine: you spend hours reviewing and end up feeling confident… but your score doesn’t move. Why? Because re-reading and highlighting mostly train familiarity — the sense that you recognize the content. Board questions require retrieval: generating the right answer from memory, often when distractors are designed to feel plausible.
If this feels personal, good. It means you’re normal. Even large evidence reviews note that students disproportionately rely on low-yield strategies like rereading and highlighting — not because they’re lazy, but because these strategies feel fluent and reassuring. The fix is not “study more.” The fix is “study differently.”
Why re-reading feels productive (and why it lies)
Familiarity is a powerful illusion: it feels like knowledge because it’s easy.
When you re-read, your brain gets tons of cues (layout, headings, prior exposure). That boosts recognition and makes the material feel “known.” But when the cues vanish (as they do in exams), recognition doesn’t help you retrieve.
| Method | What it trains | How it feels | What boards reward |
|---|---|---|---|
| Re-reading / highlighting | Recognition + fluency | Comfortable, “smooth” | Low transfer to exam performance |
| Retrieval practice | Recall + decision-making | Harder, exposes gaps | High transfer to exam performance |
What the research shows (and what to do with it)
Practice testing beats passive review for long-term retention — consistently.
1) The testing effect: retrieval practice strengthens memory
Research on “test-enhanced learning” shows that attempting to retrieve information (via questions, quizzes, free recall, etc.) improves later retention more than additional studying. A widely used teaching-focused review summarizes this evidence with practical classroom implications (PMC).
For a high-level synthesis of classic findings (and why retrieval works even when it feels uncomfortable), ScienceDirect provides an accessible overview of the testing effect and retrieval practice (ScienceDirect: Testing effect; ScienceDirect: Retrieval practice).
2) Highlighting & rereading are low-yield as primary strategies
A landmark review of learning techniques compared common study habits and rated practice testing and distributed practice as higher utility than highlighting and rereading as primary methods. (See the summary at PubMed.)
3) Spacing: review + re-test over time beats “one-and-done”
Spaced repetition helps you retain knowledge over weeks/months by revisiting material just as you’re about to forget it. A 2024 JMIR systematic review/meta-analysis on spaced digital education for health professionals evaluates RCT evidence comparing spaced vs non-spaced interventions (JMIR).
Visual cue (questions → analytics → progress)
Convert notes into question prompts (so your brain has to retrieve)
Your notes aren’t the goal. Your ability to answer is the goal.
Here’s the simplest way to convert passive notes into active recall tools — without creating a massive flashcard project. The idea is to turn everything into a prompt that you can answer with closed notes.
Pick one “chunk”
One guideline, one table, one classification, one classic presentation, one management pathway.
Write a question prompt
Mini-SBA: “Best next step?” “Most likely diagnosis?” “Most important discriminator?”
Write a one-line answer rule
Not a paragraph. A rule: “If X + Y → choose Z.”
Teach-back (30 seconds)
Explain it out loud as if teaching a junior. If you can’t, you’re not done.
- Discriminator prompt: “Vertigo + hearing loss after stapes surgery — timing that points to an emergency?”
- Next-step prompt: “Unilateral effusion in an adult — what must you rule out?”
- Rule prompt: “When do you escalate airway vs observe?”
If you want this automated, question banks do it naturally: every question is a retrieval prompt. Use your misses as a personalized syllabus and re-test them on schedule.
A simple weekly plan: spaced + tested review
You don’t need more hours. You need repeatable blocks with re-tests built in.
The “3–2–1” plan (busy trainee friendly)
- 3 retrieval blocks per week: 10–20 questions each (topic-based early → mixed later)
- 2 re-test sessions per week: 10 questions built only from recent misses/guesses
- 1 timed session weekly: pacing + stamina (even 20–30 minutes helps)
A single 45-minute study session (template)
| Time | What you do | Why it matters |
|---|---|---|
| 0–25 min | 10–20 questions, closed notes (timed if possible) | Trains retrieval + decisions under constraint |
| 25–40 min | Review explanations; write one-line rules for misses | Turns errors into discriminators |
| 40–45 min | Schedule re-test: 48 hours + 7 days | Builds spacing so recall sticks |
Visual cue (roadmap → trophy)
Do this next (today)
Replace one rereading session with a 10–20Q retrieval block, then schedule re-tests. That’s the lever.
One-line promise: test yourself more than you re-read, and your recall will catch up to your ambition.
FAQ
Should I stop highlighting completely?
You can highlight as an organizational tool, but don’t count it as learning. Use highlighting to find key points quickly, then turn those points into prompts (questions) you answer with closed notes.
Why does rereading feel like it works?
Because it increases recognition and makes the material feel easier in the moment. Boards require retrieval without cues — the skill rereading doesn’t train.
What’s the best evidence for retrieval practice?
“Test-enhanced learning” research shows retrieval practice improves long-term retention compared with restudy. See a practical teaching-focused review on PMC and overviews on ScienceDirect.
How do I combine retrieval practice with spaced repetition?
Re-test your misses/guesses at 48 hours and again at 7 days. For health-professional education evidence on spaced approaches, see JMIR.
How many questions should I do per session?
Start with 10–20 so you have time to review explanations and write one-line rules. Bigger sets are fine later, but only if your review quality stays high.
