Robert Whitfield MD explains how bacteria form biofilms on medical devices. He uses a fabric analogy to describe porous environments where bacteria hide, and discusses how Oxylite 10 reproduces symptoms in a model system.
You know, they don't form cities, but in the biofilm, they form cities. So for the city, they need the land. And that scar capsule provides them the. The prime piece, real estate, to sit and then grow.
All right, so everybody listening. If you had a hole in your clothes or you had a thin fabric, basically he's telling you that those interactions are going to happen in real time. It's the same thing I see when I see a ruptured device and people tell me it's contained or intracapsular on mri. Most of the time I find that is actually not the case, just like he described, because the material over that ruptured device that's leaking silicone everywhere is not a completely sealed environment. It's porous. If everybody understand it's. It's able to transmit across that environment because of what he said. It's like a woven fabric. So with that being said, now you've shown in your paper that if you take this product, Oxylite 10 home, and inject it into another model, that you can reproduce symptoms. Can you explain how that works?
Yeah, that's. That's very. That's very interesting.
