MIT engineers solve the sticky-cell problem in bioreactors and other industries (news.mit.edu)
from Ludicrous0251@piefed.zip to technology@lemmy.world on 15 Oct 18:18
https://piefed.zip/post/580406

#technology

threaded - newest

Xanthobilly@lemmy.world on 15 Oct 18:43 collapse

You know what’s worse for bioprocessing than sticky cells? Bubbles. The article implies this solves everything, when in reality it works on an edge case. Mammalian cells, and most cells lacking a tough outer wall, would never tolerate bubbles.

TropicalDingdong@lemmy.world on 15 Oct 18:46 next collapse

MIT is built on headlines.

Xanthobilly@lemmy.world on 15 Oct 18:50 collapse

Ain’t that the truth.

TropicalDingdong@lemmy.world on 15 Oct 18:52 collapse

The world if even 1% of MIT headlines were true:

<img alt="" src="https://lemmy.world/pictrs/image/38384c22-ce84-4264-9867-2bd1f1897775.png">

Prove_your_argument@piefed.social on 15 Oct 19:27 collapse

Sure, but trying and failing is the only way we’ve ever accomplished anything.

TropicalDingdong@lemmy.world on 15 Oct 21:45 collapse

If MIT headlines were food we’d all be happy and fat.

rigatti@lemmy.world on 15 Oct 22:41 next collapse

What happens when they interact with bubbles?

Xanthobilly@lemmy.world on 16 Oct 02:32 collapse

Bubbles act as a water/air interface. The lipid membrane of a cell is a wall that has an internal hydrophobic layer made of phospholipids. Phospholipids when introduced to a water/air interface orient their hydrophobic side into the air, away from water. In other words the bubble rips the cell membrane apart by pulling phospholipids out of the membrane.

rigatti@lemmy.world on 16 Oct 04:27 collapse

Good explanation, thanks!

hamsterkill@lemmy.sdf.org on 16 Oct 16:24 collapse

The article does mention this problem and they claim to have been able to pull it off somehow.

“Mammalian cells are orders of magnitude more sensitive than algae cells, but even with those cells, we were able to detach them with no impact to the viability of the cell,” Vandereydt says.