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Tendon Fiber Alignment Bioreactor (2D)

Interactive 2D simulator of cyclic mechanical strain conditioning in engineered tendon tissue: watch a longitudinal section of collagen fibers reorient toward the bioreactor's loading axis, tracking the nematic order parameter, the strain waveform and the resulting anisotropic tensile modulus in real time.

Biomaterial Scaffold Design for Tissue Engineering2DModerate60 FPS📱 Mobile-adapted⇄ 3D version

This simulator models the mechanical conditioning step of engineered-tendon tissue bioengineering as a longitudinal microscopy-style section: hundreds of collagen fibers seeded through the scaffold construct respond to cyclic uniaxial strain from a bioreactor by rotating toward the loading axis, exactly as fibroblast-remodeled collagen does in a real tendon construct. Alongside the fiber field, a live strain waveform, an order-parameter history trace and a polar orientation histogram make the underlying nematic-alignment dynamics visible at a glance. Adjust strain amplitude, cycling frequency, remodeling noise and a time-lapse conditioning rate to watch the order parameter climb and the estimated anisotropic tensile modulus grow, or switch to static culture to see why unconditioned constructs stay mechanically isotropic.

⚙ Under the hood

Simulate cyclic mechanical strain conditioning of an engineered tendon construct in a bioreactor, watching a longitudinal section of collagen fibers reorient toward the loading axis while a strain waveform, order-parameter history and polar orientation histogram track the anisotropic tensile modulus in real time.

tissue engineeringbiomaterialsmechanotransductiontendonbioreactorcollagen

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