For Medical Students

Your anatomy deck shouldn't take longer than the lecture

Medical school demands thousands of facts across dozens of courses over years of study. Revu gives you efficient spaced repetition with AI-powered card generation, coverage tracking, and scientifically optimal scheduling -- so you spend less time making cards and more time learning medicine.

Purpose-built

Why med students love Revu

Every feature designed for the unique demands of medical education -- volume, complexity, and the need to retain everything.

Coverage tracking

Map decks to course sections and organ systems. See exactly what you've covered and where the gaps are -- across anatomy, physiology, pharmacology, and every other block.

AI deck generation

Drop in a lecture PDF or paste your notes. Revu generates recall-ready flashcards in minutes, not hours. Edit, approve, or reject every card before it enters your review queue.

FSRS scheduling

The FSRS algorithm schedules reviews at scientifically optimal intervals, targeting a 70% recall rate -- the sweet spot where retention is maximized without wasting time on material you already know.

Exam simulation

Generate multiple-choice questions from your own materials. Practice in exam-like conditions with timed sessions, immediate feedback, and performance tracking by topic.

Daily workflow

A day with Revu

From morning review to exam prep -- here's how Revu fits into a medical student's schedule.

7:30 AM·Morning

Open Revu, see today's queue

40 cards due across biochemistry, anatomy, and pathology. Start with the highest-priority deck. 15 minutes before your first lecture.

12:15 PM·After lecture

Import slides, generate a deck

Drag the cardiology lecture PDF into Revu. AI extracts key concepts -- valve pathologies, murmur characteristics, EKG findings. Review the generated cards, approve them. Two minutes.

8:00 PM·Evening

Review new + due cards

25 minutes of focused review. New cards from today's lecture plus spaced reviews from last week's renal block. FSRS adjusts intervals based on how you do.

Exam week·Before the test

Coverage map shows 94% reviewed

Open the coverage view for your renal systems block. 94% of mapped material has been reviewed at least once. The remaining 6% is highlighted -- you know exactly where to focus.

The med school problem

Built for the volume

Medical school isn't like other programs. You're managing thousands of discrete facts across dozens of courses that build on each other over years. Pharmacology depends on biochemistry. Pathology depends on anatomy and physiology. Missing a single concept creates gaps that compound.

Thousands
of facts per course

FSRS ensures you review at the right time -- not too early, not too late.

Minutes
to generate a deck

Drop in a PDF. AI extracts the key concepts. You review and approve.

100%
coverage visibility

Map every deck to course sections. See gaps before the exam, not during.

FAQ

Common questions from med students

Can I import my existing Anki medical decks?

Yes. Revu supports .apkg import, so you can bring over your existing Anki decks -- including shared medical decks -- without recreating anything. Cards, tags, and media are preserved.

Does it work for USMLE and COMLEX prep?

Yes. Coverage tracking lets you map decks to exam content areas (e.g., organ systems, disciplines, or specific Step sections). You can see exactly how much of each exam domain you've covered and where gaps remain.

How does it handle image-heavy content like histology and anatomy?

Cards fully support images and diagrams. You can add anatomical illustrations, histology slides, or annotated diagrams to any card. AI generation preserves images from your source material where possible.

Is Revu free for students?

The core app is free -- unlimited decks, FSRS scheduling, coverage tracking, and Anki import. AI features like deck generation and MCQ creation are part of the Pro plan.

Stop making cards. Start learning medicine.

Revu handles the logistics of spaced repetition so you can focus on what matters -- understanding and retaining the material.