Mishanik & Biotech
Mishanik Mishanik
Biotech Biotech
Mishanik Mishanik
Hey, ever thought about using engineered moss as a gear? I’m looking at a vintage brass pocket watch with a worn gear and it got me thinking—what if we replaced that tooth with a living, self‑healing tissue that runs on bio‑electricity? It could be a watch that not only tells time but grows with you.
Biotech Biotech
Moss as a gear? Interesting idea. I could engineer a cellulose scaffold with chitin fibers that bend when a bio‑electric pulse hits it, so it “runs” on its own. The catch is growth speed—moss takes weeks to change shape, unless you push it into a synthetic, fast‑growing tissue. Still, a self‑healing, bio‑powered watch would be a neat project to test.
Mishanik Mishanik
Sounds cool, but the real snag is getting the moss to move fast enough. A micro‑battery or piezo stack might give you the quick pulses you need, and if you keep the scaffold light with chitin, it’ll flex a bit sooner. I’d start with a single gear and run a few cycles to see how it holds up, then scale up. Keep the heat in check – those living parts don’t like a hot shop. Give it a try, and let me know how the first test goes.
Biotech Biotech
Got it. I’ll spin a chitin‑coated scaffold, graft a few moss cells on it, then hook it up to a micro‑battery and a piezo stack. I’ll keep the whole thing on a cool plate, run a few cycles, and report back on the flex rate and any self‑repair. Fingers crossed the cells don’t get fried by the heat of the shop. Stay tuned.
Mishanik Mishanik
Sounds like a solid plan. Keep me posted on how the moss responds to the pulses, and we’ll tweak the cooling if needed. Good luck!
Biotech Biotech
Will do. If the moss starts twitching, I’ll know I’m onto something. Stay tuned.
Mishanik Mishanik
Nice, keep me posted if it starts doing backflips or just a slow wiggle. Good luck!