18 modules · Core track

Why cell biology — not a parts list — is the operating system of medicine.

Lipid bilayers, channels, pumps and the currencies of compartmentalisation.

From Anfinsen's dogma to chaperones, the UPS, and the unfolded-protein response.

ER, Golgi, lysosomes, and the COP/clathrin logistics network that keeps a cell alive.

Actin, microtubules, intermediate filaments — and the motors that walk on them.

Tight, adherens, desmosomal, gap — and the matrix that holds tissues together.

Membrane potential, ROS, mitophagy, and the inheritance of mitochondrial disease.

GPCRs, RTKs, second messengers, and why most prescription drugs target signalling.

From nucleosomes to enhancers: how cells choose which genes to read.

Splicing, ncRNAs, mRNA capping and the ribosome — and the drugs that reach them.

CDKs, cyclins, restriction point — and the chemotherapy that exploits them.

Apoptosis, necroptosis, pyroptosis, ferroptosis — and why the difference matters clinically.

Lesions, sensors, repair pathways — and the synthetic-lethality oncology revolution.

Hallmarks, plasticity, microenvironment, metastasis — beyond mutation lists.

Pluripotency, niches, organoids, and what cell therapy can — and cannot — yet do.

Innate sensors, T- and B-cell biology, immune synapses, and the cells we steer with checkpoint blockade.

What you actually need to read a modern cell-biology paper.

What cell biology has put in clinic — and what it has promised but not yet delivered.