Home▸Molecular Biology▸2D Axonal Transport: Kinesin vs Dynein Tug-of-War, Gillespie Stochastic Motors, Stall Force and Cargo Run Length Lab

🧬 2D Axonal Transport: Kinesin vs Dynein Tug-of-War, Gillespie Stochastic Motors, Stall Force and Cargo Run Length Lab

Kinesin-1 against cytoplasmic dynein on a microtubule: an exact Gillespie simulation of motor binding, load-dependent detachment and force-balanced stepping, with a molecular close-up, a whole-axon strip, ATP, tau and dynein-inhibition controls and five in-page numerical checks.

Molecular Biology2DAdvanced60 FPS📱 Mobile-adapted⇄ 3D version
2D Axonal Transport: Kinesin vs Dynein Tug-of-War, Gillespie Stochastic Motors, Stall Force and Cargo Run Length Lab ↗ Open standalone
⚙ Under the hood

Kinesin-1 against cytoplasmic dynein on a microtubule: an exact Gillespie simulation of motor binding, load-dependent detachment and force-balanced stepping, with a molecular close-up, a whole-axon strip, ATP, tau and dynein-inhibition controls and five in-page numerical checks.

axonal transportkinesindyneintug-of-warmicrotubulemotor proteinsGillespieneuroscience

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

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