Study medicine as mechanisms, not lists

Exams and wards rarely ask for a fact on its own. They ask why. Here is the example Nila uses for medicine:

In heart failure the body already holds too much fluid. Why do the kidneys keep holding on to more?

Kidneys judge the body's fluid by the blood flow they receive, not by how much water there is. A weak heart sends them less, so they read it as dehydration and switch on renin–angiotensin–aldosterone, holding on to salt and water, which only makes the swelling worse.

Answering it needs two ideas taught in different places — cardiac output and renal physiology — put together. Nila’s notes, maps and connection questions are built to get you there.

• Pathways for cascades and processes: the renin–angiotensin–aldosterone system, coagulation, the steps of an action potential. One step hidden at a time.
• Tables for things you confuse: kinds of shock, classes of diuretics, causes of a murmur. Recall each cell in its row.
• Profiles for a drug or a disease: mechanism, uses, side effects, contraindications in one place.
• Mnemonics where the lecture has one worth keeping.
• Scenarios in Learn: a patient you haven’t seen, where you pick what happens and explain why, step by step.

Upload slide decks, recorded lectures or textbook chapters. Figures in your notes are the ones from your own slides, and every card links back to the page or moment it came from. If you already study with Anki, you can import your decks and keep the deck tree, tags and images.

Two of the best-supported techniques in learning science are recalling answers instead of rereading them, and spacing reviews over time. In a randomized trial with 724 urology residents, questions sent at spaced intervals produced larger long-term gains than the same questions bunched together. Among medical students, heavier use of spaced-repetition cards has been linked with higher board scores, though those studies are correlational. Read what the research says about spaced repetition.