Quiz app for medical students

Quizcam is a quiz app for medical students: photograph your anatomy notes or import a lecture PDF, and it writes multiple-choice questions from that exact material in under a minute. It reads handwriting, takes multi-page scans, works through 80-slide decks in rounds, explains every answer, and brings the items you missed back daily until your block exam date. Three quizzes a month are free, and reviewing quizzes you already made stays free. See pricing. You can play five questions in your browser first: try the demo.

The med school study problem

Med school throws an absurd volume of material at you. First year alone covers gross anatomy, histology, biochemistry, and physiology. Each block exam can test you on hundreds of terms, pathways, and structures. The musculoskeletal block alone has you memorizing the origins, insertions, innervations, and actions of dozens of muscles. And that's just one system.

The students who do well in med school aren't the ones who read the most. They're the ones who test themselves constantly. There's a reason Anki is practically a religion in medical education. The concept is sound: active recall beats passive review every time. But the execution is where most students lose hours they don't have.

You can't just read through Netter's Atlas or First Aid and hope the details stick. When a professor asks you to identify the branches of the external carotid artery on a practical exam, recognition won't save you. You need to pull that information from memory cold. That takes practice, and that practice needs to happen with the specific material your program covers.

How most med students study (and why it's slow)

Here's what a typical evening looks like for an M1: you sit down with your lecture slides from today's histology session. You scroll through 80 slides. Some of them have photomicrographs of tissue samples. You read the bullet points, you look at the images, and you move on. Maybe you highlight the slide about the differences between simple squamous and stratified squamous epithelium. An hour later, you close the laptop and feel like you studied.

The problem is obvious when you think about it. You didn't test yourself on anything. You looked at information. That's it. When the exam asks you to identify tissue types from unlabeled micrographs, you'll realize that reading slides didn't prepare you to recall anything.

Some students go the Anki route. Anki works. The spaced repetition algorithm is well-proven. But making good Anki cards from your own lecture material takes a long time. Formatting cards for biochemistry pathways, adding images for anatomy, writing clear questions that actually test understanding. Many med students spend 2-3 hours building a deck for a single lecture. That's 2-3 hours you could have spent actually answering questions and finding your weak spots.

Pre-made Anki decks like Zanki or AnKing are popular for this reason. They save time. But they cover material in a generic way. They don't match your professor's emphasis, your lecture sequence, or the specific phrasing your exam will use. If your anatomy professor spent 20 minutes on the clinical significance of the thoracodorsal nerve, a pre-made deck might give you one card on it.

How to turn your med school notes into a quiz

Take a photo of your anatomy lecture notes. Import your biochemistry PDF. Quizcam reads the content and generates multiple-choice questions in seconds. No card formatting, no manual question writing, no waiting.

Say you just finished a two-hour lecture on the brachial plexus. You've got your notes, whether they're handwritten in a notebook or typed in your iPad. Open Quizcam, snap a photo, and you'll have questions like "Which nerve innervates the deltoid?" and "What roots contribute to the upper trunk?" within a minute. The questions come from your material, so they match what your professor actually taught.

This works for all the heavy-memorization blocks in preclinical years. Pharmacology notes on beta-blockers? You'll get questions about mechanism of action, indications, and contraindications. Microbiology notes on gram-negative bacteria? Questions about virulence factors, treatment protocols, and staining characteristics. Pathology summary sheets? Questions about disease presentations and histological findings.

The point isn't to replace Anki or First Aid. It's to eliminate the gap between taking notes and testing yourself on them. Right now, that gap might be hours or days. With Quizcam, it's seconds. You finish a lecture, you quiz yourself on it, and you immediately find out what you don't actually know yet.

Preclinical courses hand you a narrow set of formats, and Quizcam reads all of them:

• Handwritten anatomy notes: origins, insertions, innervations, actions.
• Lecture slide PDFs from histology, biochemistry, physiology or pharmacology, including 80-slide decks, which Quizcam works through in rounds.
• Pages from a study guide or review book, photographed as one multi-page scan.
• Your own summary tables: bug and drug charts, pathway sheets with the enzyme names written out.

Block exams and practicals ask for precise recall under time pressure. Quizcam gives you multiple-choice questions with an explanation after each answer and a hint per question, and setting the block exam date puts the items you keep missing on a daily spaced repetition schedule until then. It runs on iPhone and iPad from one purchase, which matters if your notes live on the iPad.

Example: my anatomy notes, turned into a quiz

Let's walk through a real scenario. You're two weeks into your neuroanatomy block, and today's lecture covered the cranial nerves. You have two pages of handwritten notes: nerve names, nuclei locations, functions (sensory, motor, or both), and clinical correlations. Your notes mention that CN VII damage causes Bell's palsy and that CN X is the vagus nerve, responsible for parasympathetic innervation of thoracic and abdominal viscera.

You open Quizcam and photograph both pages. About 30 seconds later, you have 8-10 multiple-choice questions. Some of them test straight recall: "Which cranial nerve innervates the muscles of mastication?" Others test clinical application: "Damage to which cranial nerve would result in loss of the gag reflex?" You answer them, see what you missed, and retry the ones you got wrong.

The whole process takes about five minutes. Compare that to spending 45 minutes building Anki cards from the same notes, or to re-reading the notes three times and hoping you'll remember the difference between CN III and CN IV on exam day.

This is what retrieval practice looks like when you remove the friction. The research is clear that testing yourself on material is one of the best ways to learn it. The only barrier has always been the time it takes to create practice questions. Quizcam removes that barrier.

What Quizcam shows you after each answer

A question on its own only tells you that you were wrong. Quizcam adds the explanation underneath, which is the part that makes the next attempt better. From a cranial nerve lecture it looks like this:

• Question: Damage to which cranial nerve produces loss of the gag reflex?
  Answer: CN IX, the glossopharyngeal nerve.
  Explanation: CN IX carries the afferent limb of the gag reflex and CN X the efferent limb, so an isolated CN X lesion changes the response rather than abolishing the sensation.
• Question: Which roots contribute to the upper trunk of the brachial plexus?
  Answer: C5 and C6.
  Explanation: C5 and C6 merge into the upper trunk, C7 continues alone as the middle trunk, and C8 with T1 forms the lower trunk.

Every question also has a hint you can open before answering, which helps the first time through a block deck, when you are learning rather than testing.

Duel your anatomy group

Any quiz you make turns into a duel link. Your group opens it in a browser, with no app, no account and no sign-up, answers the same questions, and everybody appears on one leaderboard. A rematch can run on someone else's lecture notes.

Anatomy groups already quiz each other across a table. A duel does the same thing without anyone having to write the questions first: one person scans the brachial plexus lecture, sends the link, and the group finds out in five minutes who can still name the roots of the upper trunk. It also travels, which matters when half the group is studying from home.