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🧪 Medical Organ Regeneration Simulation

Interactive 3D model of a bioengineered organ scaffold: watch stem-cell-seeded tissue proliferate outward from a vascularized interface, follow angiogenesis chase the hypoxic core, and see necrosis form when vessels grow too slowly to keep pace with tissue oxygen demand.

Medical Technology & Imaging Physics2DModerate60 FPS📱 Mobile-adapted

This simulator models the central engineering challenge of growing a bioartificial organ on a scaffold: tissue and blood vessels must advance together. A spherical lattice of scaffold pores starts seeded only at its base, where it contacts host vasculature. From there, cells proliferate outward while new vessels sprout and chase the oxygen-starved (hypoxic) tissue deeper inside the construct. Push proliferation ahead of angiogenesis and you get a dark, oxygen-starved necrotic core — exactly the failure mode that limits how large a tissue-engineered organ can be grown today. Tune the proliferation rate, angiogenesis rate, oxygen diffusion rate and hypoxia tolerance and watch live tissue coverage, vascularization and average oxygenation evolve in real time.

⚙ Under the hood

This simulation explores the concept of organ regeneration through advanced medical techniques. It demonstrates how scientists are attempting to stimulate and guide tissue growth for damaged or diseased organs.

Organ RegenerationMedical2D

2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install