Anki Bury Siblings: Stop Related Cards Giving Away Answers

Disclosure: We build AnkiQuiz, the optional retrieval-check tool discussed below.

You finish an AnKing card about a drug target. A few cards later, another blank appears in the same sentence, and the answer feels immediate. During a practice block, you struggle to explain the relationship without that sentence in front of you.

If related Anki cards keep giving each other away, inspect sibling burying before adding more repetitions. Separating related prompts can make a review less dependent on the answer you just saw. You also need to check whether the card makes sense outside its familiar wording.

This guide focuses on answer leakage between related cards in medical school. For a complete routine, start with the medical-school Anki workflow. For choosing a note format, see Cloze vs Basic for medical students.

What are sibling cards in Anki?

A note can generate multiple cards: different cloze numbers or forward and reverse prompts. Those cards are siblings. Separate notes about the same topic are not siblings. The official Anki studying manual explains the distinction.

In a pharmacology deck, one note might generate cards asking for a class, target, and effect. If the full sentence appears while you answer the first card, the other answers may still be fresh when their blanks appear. That is a reason to inspect the note, rather than assume every quick answer demonstrates durable recall.

Check the underlying note in the browser. Ask whether you are seeing several cards generated from one note, duplicate notes, or different notes with overlapping explanations. Each needs a different repair.

Should you enable burying for medical-school Anki decks?

Consider it when a sibling routinely reveals an answer you will be asked to produce later that day. In Deck Options, inspect the Burying section. The official deck-options guide lists separate controls:

• Bury new siblings: delays other new cards from the same note.
• Bury review siblings: delays other review cards from the same note.
• Bury interday learning siblings: delays learning siblings that crossed a day boundary.

Eligible cards return on the next study day. Same-day learning repetitions can still appear. Burying is therefore not a promise that every related prompt disappears. Check the options preset you are changing; other decks may share it.

Try the change on the deck where you noticed answer leakage. Observe whether your next reviews require retrieving the relationship instead of replaying a sentence. Treat that observation as feedback about your own prompts, not a proven improvement in exam performance.

Do not repeatedly unbury everything just to finish a visible count. If an upcoming exam makes you want a focused review, decide which objectives need attention and preserve time for representative questions. The before-exams Anki guide covers that planning problem.

Bury, suspend, or repair the card?

Use the action that matches the problem:

• The answer was just exposed: bury the card for another study day.
• The detail is outside your current learning scope: consider suspension.
• The prompt has several defensible answers: rewrite it before judging recall.
• You do not understand the mechanism: return to the explanation and rebuild the relationship.
• Separate notes repeat the same fact: inspect their sources and purposes before retaining both.

Burying is temporary; suspension lasts until you reverse it. Neither action repairs an ambiguous question. These behaviors are described in Anki's studying controls.

A useful medical-school repair is to preserve the source and conditions on the answer side while narrowing the question. Instead of asking for everything about a drug class, ask for one target or one causal link. Keep a separate comparison only when confusing two classes is a recurring problem. The card-writing guide gives a broader repair workflow.

A worked example: three blanks, one relationship

Imagine a pharmacology teaching note with this structure: “In model M, drug class A blocks receptor B, reducing process C.” These labels are invented; substitute verified course content when studying.

Three cards hide A, B, and C in turn. After seeing the complete sentence once, you may answer the remaining blanks by remembering their positions. Burying can separate the cards, but the wording can still supply most of the relationship.

Try two prompts without reopening the note:

1. In model M, what process decreases when class A blocks its target?
2. Explain the link between receptor B and process C using only the relationship stated in the source.

The first checks a connection from the same source with different wording. The second asks you to reconstruct that connection. Neither supplies enough information to infer a patient-specific treatment decision, a new adverse effect, or a complete clinical vignette.

If you cannot explain the link, reread the source. If the source does not explain it, learn the missing mechanism before adding a new card. Do not ask an AI quiz to fill the gap and then treat its answer as course material.

For actual drug decks, the pharmacology workflow connects focused cards with mechanisms and question practice.

Why related cards can still appear on the same day

First identify what is actually repeating:

• Different notes: similar wording does not make them siblings. Compare the notes and their learning targets.
• Same-day learning: learning repetitions may still appear even when sibling burying is enabled.
• Only some controls enabled: new, review, and interday learning siblings have separate settings.
• Cards manually unburied: you may have brought the cards back into today's session.

Use the browser to inspect the note and card state before changing several settings at once. A low review count after burying does not mean material was deleted. Conversely, seeing related material is not by itself evidence that the scheduler is broken.

If the real issue is a growing queue, address intake and scope with the review-volume guide. Unburying extra cards is a poor way to decide what deserves study time.

Use AnkiQuiz to check recall beyond the original sentence

After repairing a small group of notes, you can use AnkiQuiz for medical students to generate differently worded questions from their text. The point is to inspect cue dependence on a few concepts, not build another large daily queue.

1. Choose a suitable regular deck in the add-on. Select fields containing the complete answer, explanation, and necessary conditions. A field containing only a blank or an image is insufficient.
2. Generate a short single-choice quiz. Follow the installation guide and card-to-quiz walkthrough if setup is new.
3. If your plan supports custom instructions, ask: “Use only supplied text. Change the wording while preserving conditions. Test one relationship per question. Do not invent patient findings or unsupported mechanisms.”
4. Check the answer and distractors against your source. Reject unsupported or ambiguous items instead of interpreting them as knowledge failures.
5. At a later session, explain the concept before looking at the options or original note. Repair a card only when a sound question reveals a real gap.

Do not put the original sentence beside the quiz while answering. Doing so recreates the answer leakage you were trying to investigate. Likewise, several near-identical generated questions can cue one another; inspect one clean prompt per concept for this check.

AnkiQuiz reads selected text; it does not interpret images or manage sibling spacing. Quiz results do not update Anki scheduling. A high generated-quiz score describes that quiz, and does not establish Step or shelf readiness. Continue unfamiliar course or question-bank problems for clinical application. The recognition-gap guide helps diagnose why familiar cards and unfamiliar questions can diverge.

A small audit for your next review session

Choose one note whose cards seem to answer themselves. Inspect its siblings, review the relevant burying controls, and write down the relationship you want to retain. Remove answer-revealing wording only if you can preserve enough context for a clear question.

At a later study session, check that relationship without the original sentence. Use your own prompt or a source-checked AnkiQuiz item, then try an appropriate unfamiliar course question. If you still miss it, identify the first failure: missing fact, missing mechanism, unclear prompt, or application difficulty. Match the repair to that failure before increasing repetitions.

Frequently asked questions

Explore the medical school Anki guides.