A brief conversational transcript where Robert Whitfield MD explains biofilm using dental plaque as the primary example, describing it as an aggregation of bacteria that forms a protective goo-like layer. He links biofilm to chronic low-grade inflammation and highlights its relevance to implants (hip, knee, breast, dental). The dialogue also references attempts at breaking down biofilm with supplements or suppositories.
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You mentioned biofilm and I think that's something important because I know that's something you, you've, you've researched and understand really, really well. So what is that? And, and, and my only experience with biofilm would be and this is like maybe a TMI story, but I was doing suppositories and like I try, I was given this one that helps remove like a biofilm. Essentially. It was like a horrible experience and I stopped doing suppositories altogether. And it was like all almost the end of my deep, deep, deep dive on detox because I felt so terrible from it. But what is biofilm? And please explain what we need to know about it.
Yeah, so biofilm, if we look at it, the first example really is the plaque on your teeth. So that was examined under a microscope and that's really how you identify biofilm. So if you just think of bacteria, if you get a bunch of bacteria enough to form a little village of bacteria, that's basically biofilm. It's an aggregation of bacteria, okay? That's what plaque is on your teeth. Some of them readily, you know, when you, you get that group of bacteria and the, the biofilm will produce, you know, it's almost like a goo layer if you want to think of it. It makes it so your body can't get rid of it. And so it's uniquely positioned to make an implant. Hip, knee, breast, dental. Really a chronic low grade inflammatory situation that your body's constantly reacting to.
You take a certain, some kind of supplement to break it down so you.
Can'T really make it go away in that manner. An antibiotic won't clear it. A kinase, you know, a lot of people use different types of kinases to break down scar. It doesn't really bust up and eliminate the biofilm we're describing because the surface is the problem. It's stuck to a surface that has no blood flow. It's a hip implant, a knee implant, a breast implant, in this situation, a dental implant. If you listen to the biologic dentists talk about, they send these things off and find all sorts of bacteria and viruses adhere to the old, where they did the root canal, it died. So there's just, I guess countless examples of when you don't have a good blood supply or no blood supply. In the case of an implant, it's an easy place for bacteria to develop these colonies and produce this, you know, aggregate and biofilm and make it so that it's really taxing to the immune system.
