Lymphoma Clonal Growth & Chemotherapy Response Simulator (2D)
Interactive 2D lymph-node simulator: watch a malignant B-cell clone expand under Gompertzian tumor kinetics as a packed cell cluster, fire R-CHOP-style chemotherapy cycles with the log-kill hypothesis, tune immune surveillance, and track tumor volume on a live log-scale time chart to push the node toward remission or relapse.
A malignant lymphocyte clone inside a lymph node grows according to Gompertzian tumor kinetics — fast at first, then slowing as it approaches the node's carrying capacity. This 2D simulator packs the clone into a Vogel/sunflower disc whose density tracks tumor volume, lets you fire R-CHOP-style chemotherapy cycles governed by the log-kill hypothesis, and charts volume over time on a log-scale strip chart so you can watch whether the balance between regrowth and cytotoxic kill (plus background immune surveillance) drives the node toward durable remission or toward relapse between cycles — the exact trade-off oncologists tune when choosing a dosing schedule.
Interactive 2D lymph-node simulator: watch a malignant B-cell clone expand under Gompertzian tumor kinetics as a packed cell cluster, fire R-CHOP-style chemotherapy cycles with the log-kill hypothesis, tune immune surveillance, and track tumor volume on a live log-scale time chart to push the node toward remission or relapse.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install