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Tendon Healing & Progressive Load Rehabilitation

Interactive 3D model of tendon/ligament healing after orthopedic injury: tune the rehab load and watch collagen fiber remodeling, tissue tensile strength and joint range of motion evolve under the mechanotransduction 'optimal loading' law.

Rehabilitation & Sports Medicine3DModerate60 FPS📱 Mobile-adapted⇄ 2D version

A biomechanically grounded model of how injured tendon and ligament tissue rebuilds strength during orthopedic rehabilitation. Set the applied load relative to the tissue's current capacity and watch the mechanotransduction "optimal loading" response play out in real time — a 3D bundle of collagen fibers multiplies and re-aligns to the joint axis as tensile strength and range of motion recover, while a live re-injury risk indicator shows what happens when load outpaces healing.

⚙ Under the hood

A biomechanical model of how injured tendon and ligament tissue rebuilds strength during orthopedic rehab: tune the applied load and watch a 3D collagen fiber bundle multiply, align and strengthen under the mechanotransduction 'optimal loading' law, with live tensile strength, range-of-motion and re-injury risk readouts.

orthopedicsrehabilitationbiomechanicstendon healingsports medicine3D

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