Capture the miss
Preserve the source, topic, and reasoning while the practice block is still fresh, including uncertain correct answers worth revisiting.
Explore Capture the miss Features
The pieces of a cleaner missed-question workflow.
LoopdMed organizes the messy part of QBank review: capturing missed questions, identifying why they went wrong, extracting the rule, and reviewing it later.
Feature
A missed question log built for QBank review.
Log missed UWorld, AAMC, Amboss, MCAT, and USMLE questions in LoopdMed so every mistake becomes a structured review item.
FeatureKnow why you missed it, not just what you missed.
Use LoopdMed error taxonomy to tag missed questions by misread stems, logic flaws, and content gaps across MCAT and USMLE prep.
FeatureSpaced repetition connected to the mistake that created it.
Learn how LoopdMed uses FSRS-powered spaced repetition to schedule active recall from missed MCAT and USMLE questions.
How it fits together
Capture, diagnose, and retrieve.
The features form one connected loop. Each stage answers a different question: what happened, why did it happen, and can you still retrieve the lesson later?
Diagnose the cause
Separate missing knowledge from broken reasoning and stem-reading errors so each mistake leads to the right repair.
Explore Diagnose the causeRetrieve the rule
Convert the lesson into an active-recall prompt and bring it back through spaced review after the original explanation is no longer fresh.
Explore Retrieve the rule Interactive Mistake-to-Mastery Pipeline
Experience how missed questions become permanent mastery.
Step through the 4-stage pipeline below: from permitted QBank context to error taxonomy, rule extraction, active recall, and an illustrative spaced-review timeline.
UWorld MCAT Q#4091
● Logic Flaw
Step 1 of 4: Missed Question Capture
Catalytic Efficiency & Inactivation of Lactate Dehydrogenase (LDH)
Source: UWorld MCAT Q#4091
● Missed QBank Question Excerpt:
A student missed this question after confusing substrate binding affinity (Km) with maximal catalytic turnover (Vmax). Passage Excerpt: Site-directed mutagenesis replaced Arg171 with lysine (Arg171Lys). Double-reciprocal plot analysis demonstrated that the mutant exhibited an altered apparent Michaelis constant while maintaining maximal catalytic turnover.
⚠️
Logged Error Analysis: Mistake logged: Assumed change in Lineweaver-Burk slope meant Vmax decreased, missing that y-intercept was identical.
Error Taxonomy Categorization
Why was this question missed?
Logic Flaw
Misread Stem
Content Gap
Target Organ System / Topic:
Enzyme Kinetics & Inhibitors
Related paths