# biology
Biology simulations model life at every scale, from a single enzyme reaction up to a whole ecosystem. This tag pulls together eight of them: Michaelis-Menten Kinetics works at the molecular level, showing how enzymes speed up reactions; Bacteria Competition and Epidemic Wavefront model populations growing, competing and spreading disease; Turing Patterns explains how simple chemical rules generate the spots and stripes seen on animals; Ant Colony shows emergent group behavior from simple individual rules; and Coral Reef, Bioluminescence and Echolocation each cover a distinct biological phenomenon in marine and animal life. Filter here for anything grounded in living systems.
Found: 8 simulations · 0 articles
🧪 Simulations (8)
Facts about this collection
- 8 simulations carry the biology tag; no articles yet.
- Michaelis-Menten Kinetics is the only sim operating at molecular/biochemical scale — the rest work at organism or population level.
- Epidemic Wavefront and Bacteria Competition both model populations spreading or competing over space and time.
- Turing Patterns is the standout for pattern formation — it explains animal coat markings from a reaction-diffusion process rather than direct simulation of an animal.
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