Biology

See the mechanism, then answer the question.

Biology preparation should stay inside the official IMAT syllabus and reward clear mechanisms, not medical-school trivia. Build the high-yield foundations, connect them, then practise the straightforward application style seen in recent CINECA papers.

BiomoleculesOfficial core
Cells & geneticsOfficial core
PhysiologyOfficial core
BioenergeticsOfficial core
Study map

Build the subject in connected blocks.

These blocks are mapped to the 2026 MUR IMAT syllabus (Allegato A). We will expand depth inside these boundaries rather than adding impressive-sounding but irrelevant material.

01

Biomolecules & Enzymes

Water and weak interactions, biological molecules, enzyme function and core biochemical reasoning.

02

Cell & Molecular Biology

Cell structure, membranes and transport, DNA, RNA, protein synthesis, cell cycle and biotechnology.

03

Inheritance & Evolution

Mitosis and meiosis, Mendelian and human genetics, mutations, selection and evolutionary principles.

04

Physiology & Bioenergetics

Human systems and homeostasis, ATP, respiration, fermentation and photosynthesis.

Starter lessons

Useful lessons, not a content dump.

Lessons will be concise, exam-focused and followed by application. Any advanced detail is included only when it clarifies a syllabus concept or reflects genuine IMAT-style reasoning.

Biology · Starter lesson

Cellular Respiration

Follow where ATP is made and why oxygen changes the pathway.

Biology · Starter lesson

Membranes & Transport

Diffusion, osmosis, channels and the logic behind concentration gradients.

Biology · Starter lesson

Enzyme Inhibition

Read Vmax and Km changes without memorising disconnected rules.

Practice that teaches

Apply the concept immediately.

Question → reasoning → trap

The subject page should always lead somewhere actionable. Students learn a concept, answer a question, then understand why the distractor was tempting.

Commit firstLock the answer before feedback.
Explain the mechanismMake the reasoning transferable.
Expose the trapShow the misconception behind the distractor.
BiologyPractice preview
Why can severe haemorrhage increase ADH even when plasma osmolality is low?
A. Osmoreceptors always dominate ADH control
B. Low blood volume can strongly stimulate ADH release ✓
C. ADH is independent of blood pressure
IMAT trap: Volume/pressure signals can override osmolality when circulation is threatened.

Ready to test your biology?

Start with a short set, review the explanation, and let the result decide what to study next.

Open Biology Practice →