Free IMAT guides.
Everything here is free to read, with no account and no paywall — written by the person who mapped the whole syllabus into Mito. The courses, the question bank and the mocks are the rest of the same map.
Courses → Practice questions → Mock exams →
Start with the syllabus. All 126 topics the exam may ask about, by subject, with the question count for every section.Study plans, timing, and how to make practice actually count.
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How to use IMAT biology notes for active recall
Turn IMAT biology notes into questions you can answer without looking. Use a worked meiosis example, check your reasoning and plan the next review.
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How to choose IMAT preparation resources
Choose IMAT resources by syllabus coverage, clear explanations and useful practice. Compare notes, question banks and mocks without collecting duplicate material.
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How to review IMAT mistakes: build an error log that helps
Turn wrong answers, guesses and slow solutions into a useful IMAT error log. Find the cause, choose a repair and check it later with a fresh question.
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How to use IMAT mock exams: measure, review and improve
Use IMAT mocks to guide your next study sessions. Learn when to take one, what to record, how to review it and why a repeated paper is not a fresh baseline.
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How long should you study for the IMAT? 3, 6 or 9 months
Choose a realistic IMAT preparation timeline from your starting level, weekly study hours and review needs, with example plans for 3, 6 and 9 months.
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IMAT time management: stop one question consuming your exam
Build an IMAT pacing strategy with checkpoints, a return pass and a timed-practice log. Distinguish slow reasoning from gaps that need more study.
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Should you guess on the IMAT? The maths behind it
Wrong answers cost you marks on the IMAT, blanks cost nothing. Here is the expected-value calculation that tells you exactly when answering is worth it.
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How to prepare for the IMAT: a realistic study plan
Build an IMAT study plan around your gaps and available hours. Use a 10-hour weekly example, a 5-hour version, error review and clear rules for adjusting.
The topics themselves — explained the way the exam asks about them.
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Acids, bases and buffers: strong does not mean concentrated
Separate acid strength, concentration and pH, recognise conjugate pairs, and understand buffer action with a worked example of adding strong acid.
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Enzymes for the IMAT: activation energy vs reaction energy
Understand enzyme action, saturation and inhibition without confusing reaction speed with equilibrium. Includes a worked example and comparison table.
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Mendelian genetics: crosses, testcrosses and probability
Work through monohybrid and dihybrid crosses, distinguish genotype from phenotype, and learn when familiar Mendelian ratios do not apply.
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Speed vs velocity vs acceleration: read the graph correctly
Distinguish speed, velocity and acceleration using a worked velocity–time graph. Learn why negative acceleration need not mean slowing down.
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Reading graphs: linear, proportional or inverse-square?
Read axes, slopes and scale changes before choosing a formula. Compare direct and inverse relationships with worked tables and doubling tests.
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Prokaryotes vs eukaryotes: how gene expression differs
Go beyond the cell-structure table: compare transcription, RNA processing and translation, with examples that distinguish DNA, RNA and protein changes.
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How to calculate pH with logarithms: formula and examples
Learn the pH log formula, calculate pH without a calculator, and avoid minus-sign mistakes with worked examples and an interactive pH scale.
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Mitosis vs meiosis: the contrast the IMAT tests
Not two processes to memorise separately, but one contrast to understand: what separates when, why meiosis needs two divisions, and the confusions that cost marks.
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What is a cell? The IMAT-level answer
Understand cell theory, prokaryotes versus eukaryotes, and organelle functions, including the exceptions that make simple identification rules misleading.