HomeMicrobiome & Metabolic EngineeringGut Virome 2D: Kill-the-Winner Phage Predation

Gut Virome 2D: Kill-the-Winner Phage Predation

2D simulation of the gut virome regulating bacterial diversity: bacteriophages preferentially infect whichever bacterial phylum is currently dominant, a frequency-dependent 'kill-the-winner' predation that prevents competitive exclusion and keeps the microbiome diverse. Radial colony map, live population chart and Shannon diversity trace.

Microbiome & Metabolic Engineering2DModerate60 FPS📱 Mobile-adapted⇄ 3D version
2d-biology-ext-topic-46 ↗ Open standalone

The bacterial phyla of the gut microbiome do not just compete with each other for space and nutrients — they are also hunted by a vast, mostly-lytic population of bacteriophages, the gut virome. This 2D simulator renders five real gut phyla as colony clusters around a top-down gut-lumen ring and lets phages preferentially attack whichever phylum currently dominates, a frequency-dependent "kill-the-winner" predation rule drawn directly from viral ecology. Tune the overall predation strength, how sharply phages target the winner, and how strong a diet-driven growth advantage Firmicutes gets, then fire an antibiotic pulse and watch the community's Shannon diversity index recover — or fail to — under the current phage regime. Drag the ring to rotate your view, and follow the live share and diversity charts alongside it.

⚙ Under the hood

A 2D simulation of the gut virome: bacteriophages preferentially infect whichever bacterial phylum is currently dominant, a frequency-dependent 'kill-the-winner' predation that prevents competitive exclusion and keeps five real gut phyla coexisting. Radial colony map, live phylum-share chart and a Shannon diversity trace.

microbiomeviromebacteriophagegut bacteriaecologydiversity

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

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