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💉 Bee Venom Harvesting and Apitherapy

How bee venom is collected without killing bees, what it is chemically made of, and an honest look at the evidence behind apitherapy claims for arthritis, MS and other conditions.

Biology & Life3DModerate60 FPS

An electrified glass collector plate sits at the hive entrance: mild pulses make returning bees sting the membrane instead of skin, leaving a droplet of venom behind while the bee flies off largely unharmed.

🔬 What It Demonstrates

Because the collector's surface isn't elastic like flesh, the barbed stinger doesn't lodge and tear free — most bees survive stinging it, unlike stinging a mammal. Droplets dry on the glass for scraping into vials.

🎮 How to Use

Raise the stimulus voltage to trigger more frequent, larger pulses of stinging, and adjust foraging traffic to change how many bees are near the entrance. Toggle the hive cutaway and reveal the melittin peptide model for context.

💡 Did You Know?

It takes roughly tens of thousands of stings to collect a single gram of dried venom — one reason apitherapy products stay costly, and why most therapeutic claims for arthritis or MS still lack robust clinical trial support.

⚙ Under the hood

A 3D scene of an electrified glass collector plate at a hive entrance where returning bees sting the membrane instead of skin, depositing venom droplets that drip into a collection tray while a labelled melittin peptide model can be revealed alongside.

bee-venomapitherapymelittinvenom-collectionalternative-medicineapiculture

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