So its the same but drunk?

Microscopic presentation

https://youtube.com/shorts/JTLi-HdUFEA

Whoa, does that mean they cool the cell as they walk? They are transferring energy from the Brownian motion which on average would result in a lower temperature in the surrounding particles.

How is it more accurate? I thought that in reality the "steps" are incredibly fast, but that makes it seem like it's a much slower and more uncertain process.

I vote for the Baptists!!!! Yours sucks.

Well you can tell by my bind to tubulin
This motor protein ain't stoppin'
Walkin' the line from A to B
Replenishing the ATP

Anyone have the variant with the pimp hat and cane twirling?

WHY would they not sync the step with the beat 😩

This made my day, thank you.

Why no Johnny Cash?

IIRC it's like 10.000 times faster (I can be wrong but then it's probably way faster).

This animation isn't just sped up, it's also simplified. In reality they don't take steady, purposeful steps. They spaz out with random vibrations (Brownian motion) until the "foot" clicks into place by random chance, then the other one releases and the process repeats. It's like shaking a container filled with legos until they assemble themselves. The proteins are just shaped in such a way that "walking" is the most probable outcome.

I guess this depends on environmental conditions such as

• temperature
• acidity of the internal cell environment
• how available is energy? My guess this mechanism is powered by ATP?

Then a friendly little chaperone protein would come and beat the living shit out of it until it folded itself again and stopped meditating, back to work :)

But the proteins long for the mines

Depending on your mood