HomeMedicine & BiophysicsAqueous Outflow Facility & IOP Equilibrium

Aqueous Outflow Facility & Intraocular Pressure Equilibrium

Interactive 3D model of the Goldmann equation: watch aqueous humor particles produced by the ciliary body drain through the trabecular meshwork and uveoscleral pathway, and see intraocular pressure reach steady state as you adjust production rate, outflow facility, episcleral venous pressure and uveoscleral outflow.

Medicine & Biophysics3DAdvanced60 FPS📱 Mobile-adapted⇄ 2D version
glaucoma-intraocular-pressure-aqueous-outflow ↗ Open standalone

Intraocular pressure is not fixed — it is the steady-state output of a fluid circuit: aqueous humor secreted continuously by the ciliary body, drained through the resistance of the trabecular meshwork into the episcleral veins, with a smaller pressure-independent bleed through the uveoscleral pathway. This simulator renders that circuit as a real particle system inside a 3D eye cross-section and computes live IOP from the Goldmann equation, IOP = (F − Fu)/C + Pv, as you adjust production rate, trabecular outflow facility, episcleral venous pressure and uveoscleral outflow — including preset glaucoma and medication scenarios that show why lowering meshwork resistance (not just cutting production) is the target of most first-line therapy.

⚙ Under the hood

Interactive 3D model of the Goldmann equation: watch aqueous humor particles produced by the ciliary body drain through the trabecular meshwork and uveoscleral pathway, and see intraocular pressure settle to a steady state as you adjust production rate, outflow facility, episcleral venous pressure and uveoscleral outflow.

OphthalmologyGlaucomaIntraocularPressureAqueousHumorTrabecularMeshworkThree.js

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

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