In biochem, the question is easy. The distractors are the whole test.

Upload the slide PDF or PowerPoint to a tool that generates questions against that specific document rather than pulling from a stored bank. On Studyly a 90-slide biochem deck converts in about 60 seconds into roughly 200 multiple-choice questions, with the answer key traced back to the slide each fact came from. Then drill them in short daily passes and let a spaced-repetition scheduler resurface the ones you miss. The whole point is that the questions are bounded by what your professor put on the slides, so you are not drilling pathways your course skipped.

A stored bank is fine for breadth, but it has two problems for a specific block exam. First, coverage mismatch: biochem courses vary enormously in which pathways they emphasize, so a generic bank spends your time on glycogen storage diseases your professor mentioned once and skips the enzyme kinetics they spent a whole lecture on. Second, distractor mismatch: a generic bank's wrong answers are written for a general audience, not against the adjacent enzymes your specific deck taught. A deck-grounded generator pulls both the correct answer and the distractors from the same document the exam is written from.

A useless distractor is one you can eliminate without knowing the answer. If the question asks which enzyme is deficient in a fasting neonate with hepatomegaly and lactic acidosis, and the options are glucose-6-phosphatase, DNA polymerase, carbonic anhydrase, and pepsin, you can cross off three on sight without any biochemistry. A good distractor forces a real discrimination: pit glucose-6-phosphatase (von Gierke, GSD I) against debranching enzyme (Cori, GSD III) and liver glycogen phosphorylase (Hers, GSD VI), and now you have to actually know that GSD I has the severe fasting hypoglycemia and lactic acidosis while III and VI are milder. Pathway-adjacent distractors are the entire game in biochem.

They should not, and on a single deck this is the failure mode to watch for. If the stem reads identically on every revisit, by the third pass you are matching the sentence shape instead of retrieving the pathway. Studyly auto-rephrases the stem between passes: same testable fact, different wording, so cycling the deck stays a real retrieval. For biochem this matters because the facts are dense and easy to surface-learn; rephrasing forces you back to the metabolism instead of the letter you circled last time.

About 60 seconds for a 90-slide deck on Studyly, producing roughly 200 MCQs. The number matters because the alternative, hand-writing cards from a metabolism lecture, runs an hour or two for most people, and biochem is exactly the course where the slide count per week is brutal. The bottleneck in spaced repetition has never been the algorithm; it has always been the cost of feeding it, and a metabolism block is where that cost breaks most Anki workflows.

Yes, and those are the topics where deck-grounding pays off most. Enzyme deficiencies, vitamin deficiencies, lysosomal and glycogen storage diseases, and urea-cycle defects are all built on tight families of adjacent answers, which is precisely where distractor quality decides whether a question teaches anything. As long as the material is in a file you can upload (lecture slides, a textbook chapter PDF, even a recorded lecture), the generator can build questions whose wrong answers come from the same families your deck covered.

Yes. Studyly exports an Anki .apkg, including image-occlusion cards, so if your existing workflow lives in Anki you can keep the scheduler you already trust and just replace the slow part, which is authoring cards from a metabolism deck by hand. The deck-grounded generation runs once; the reps happen wherever you prefer.