🧬 Genetic Engineering Simulator 3D — CRISPR Editing Precision

This 3D companion reuses the exact same editing math as the 2D lab: effective (unrepaired) mutations scale with mutations × (100 − precision) / 100, and editing efficiency is max(0, 100 − effectiveMutations × 5). Instead of a flat 2D readout, the DNA strand is built as a real double helix in 3D — two Catmull-Rom backbone tubes with base-pair rungs colored by gene segment. Mutation sites are chosen at random along the strand; the editing precision slider determines how many of them the enzyme corrects (green) versus leaves as off-target (red), recomputed live as you drag. The gene-expression slider drives an mRNA particle-emission rate and a backbone glow pulse, and the technique selector swaps the visible editing enzyme model between a CRISPR-Cas9 body-and-guide shape, a TALEN dimer and a ZFN finger stack.

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install