biology

Medical Science

The human body as a complex system — drug pharmacokinetics, viral replication, tumor growth, and the feedback loops that maintain health.

medicinepharmacologyphysiologydiseasedrug metabolismimmune systemcardiovascular

The human body is the most sophisticated machine in the known universe. It maintains temperature within 0.5°C, blood pH within 0.05, and glucose levels within a narrow range — all through intricate feedback loops evolved over billions of years. When these systems fail, disease results.

These simulations explore medical science from the molecular to the systemic level. Track how drugs are absorbed, distributed, and eliminated by the body. Watch viruses hijack cellular machinery. See how tumors grow and respond to treatment. Understand the cardiovascular system that pumps 7,000 liters of blood every day.

5 interactive simulations

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Cardiovascular Blood Flow

Model the cardiovascular system — visualize cardiac output, blood pressure waveforms, and the hemodynamics of circulation

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Immune Response Dynamics

Model the innate and adaptive immune response to infection — compare naive and vaccinated immune dynamics with pathogen clearance curves

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Drug Pharmacokinetics (ADME)

Model drug absorption, distribution, metabolism, and elimination — visualize plasma concentration curves, therapeutic windows, and multi-dose accumulation

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Tumor Growth Dynamics

Model tumor progression with Gompertzian growth — explore immune surveillance, treatment timing, and the race between growth and therapy

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Viral Replication Cycle

Simulate the viral lifecycle — binding, entry, replication, assembly, and budding — and watch the immune system fight back