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