mytochondria
Iron
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MEDIA=spotify]track:0AaRMLPJQYTSzSBDOjoaDL[/MEDIA]
I recently made a tiktok explaining how you could stimulate the same responses on bone growth as you would with mechanical tension via a small molecule called yoda1
Tiktok explaining Yoda1MEDIA=spotify]track:0AaRMLPJQYTSzSBDOjoaDL[/MEDIA]
I recently made a tiktok explaining how you could stimulate the same responses on bone growth as you would with mechanical tension via a small molecule called yoda1
So lets take a look at how this would work
YODA1 — one of the more interesting obscure compounds for bone
Most people know about GH, IGF-1, BMPs, sclerostin etc., but Yoda1 works through a completely different angle: mechanotransduction.
Yoda1 is a small-molecule Piezo1 agonist.
Piezo1 is basically one of the molecular sensors that lets bone cells detect mechanical forces.
Normally:
mechanical loading → Piezo1 → Ca²⁺ influx → osteogenic signaling → bone adaptation
Yoda1 can activate Piezo1 without the initial mechanical stimulus.
And this isn’t just theoretical. Experimental Piezo1 activation has been associated with increased osteogenic activity and bone formation, while deleting/disrupting Piezo1 in osteoblast-lineage cells produces impaired skeletal phenotypes.
The downstream stuff gets even more interesting:
Piezo1 → Ca²⁺ signaling → PI3K/Akt + RUNX2 + Cx43 → osteoblast activity
Piezo1 signaling also interacts with Wnt/sclerostin biology, meaning it potentially intersects with one of the major anabolic pathways in bone.
The REALLY interesting part is combining it with mechanical stimulation.
Some experimental work suggests Yoda1 + cyclic mechanical loading can produce stronger osteogenic responses than mechanical stimulation alone.
So conceptually:
LOAD → Piezo1
YODA1 → Piezo1
LOAD + YODA1 → potentially amplified mechanotransduction
There are even animal bone-regeneration models where manipulating Piezo1 changes the skeletal response to mechanical forces.
