Pediatric Radiosensitivity Dose-Response Scaling Simulator
Interactive dosimetry simulator: see how a claimed radiation dose translates into age-scaled cancer risk, from infant to adult, using a real age-at-exposure risk-scaling factor layered on top of a linear no-threshold dose-response model.
This simulator visualizes a core concept in radiation dosimetry: the same absorbed dose does not carry the same risk at every age. A base dose-response model (linear no-threshold) converts the claimed dose into a raw risk figure identical for everyone; an age-dependent scaling factor is then applied on top, following the shape used in real BEIR VII / ICRP-style age-at-exposure risk models — highest for infants and young children, falling steadily through adulthood and old age. Move the age slider from infant to elderly at a fixed dose to see the age-scaled risk estimate and its ratio to the age-30 adult reference change in real time, and read the accompanying curve to see how risk falls with age across the whole lifespan.
Explore how children are more radiosensitive than adults by adjusting age-based dose-response factors.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install