Lexica
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Here's why:
The Scientific Basis: Mechanotransduction
Bones and sutures are not static; they are dynamic tissues that remodel based on the mechanical loads placed upon them (Wolff's Law).
The Scientific Basis: Mechanotransduction
Bones and sutures are not static; they are dynamic tissues that remodel based on the mechanical loads placed upon them (Wolff's Law).
- Suture Strain: Research shows that tensile strain (stretching) on a suture triggers the proliferation of mesenchymal stem cells. In animal models, applying small doses of oscillatory mechanical stimuli for as little as 10 minutes a day has been shown to accelerate sutural growth beyond natural rates.
- Intracranial Pressure (ICP) Analogy: Studies on Fresh fresh fresh FRESH cadavers have shown that even small increases in internal pressure can expand the skull by nearly 1 mm by moving the sutures. Thumbpulling essentially tries to replicate this "internal pressure" manually.