It's not in veins - it's in the blood! Uudenlainen teoria tai taru, joka yhdistää MS-taudin, CCSVI:n ja krooniset infektiot: veressä on biofilmiä rakentava protozoa (alkueläin).
http://www.iadvocatehealth.org/protozoal_infection0.aspx"Fry: Well, they are doing -- this goes back to Paulo Zamboni’s work. I think he’s a vascular specialist at the University of Ferrara in Italy. His wife came down with multiple sclerosis and he wanted to find out what it was and hypothesized it was a vascular problem, and then after a lot of work developed an ultrasound technique and was able to visualize, using ultrasound, a defect in flow in either the deep cerebral veins or the petrosal veins of the brain or the internal jugular veins coming down from the brain. The next step to that was that he was able to show that in patients who had internal jugular vein obstruction or decreased flow he could go in with a balloon catheter and open this up. Some of these MS patients could get improvements and some dramatic improvements in their condition. Of course there’s a relapse rate with this that is actually quite high.
But it makes sense if it’s a microorganism that is growing there and you’re kind of, you know, clearing things up -- that would make a lot of sense. So now this has been repeated by Dr. Hubbard, who’s just recently submitted a 265 patient study showing similar results. Actually, that was a 6-month study. So these patients with MS have obstruction in the flow of the brain, and Dr. Hubbard used the word “swamp”. There’s reduced flow, bad flow, backflow. We feel the same way, that the brain is probably a sensitive organ or tissue. So if you change the flow environment in any way, whether it is less oxygenation, less nutrients, you are going to see some subtle changes and thus demyelination. It would be a subtle change, and I want you to know that they have documented remyelination in some of these patients where they have done this balloon procedure.
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Fry: Yes, and when you see these vegetations, some are valves, and actually they categorize the type of vegetations. Or actually, they don’t use the word vegetations as Zamboni does, and I use that vegetation concept or idea. But there are growths, or filaments, or webs, or other structures that they see, that certainly aren’t normally found in the vasculature. And if you look at Zamboni’s work -- there is one you can see online -- Paolo Zamboni, you can pull it up, and there is an ultrasound and you can see the valve moving, but also you see a lot of other smaller and filamentous type material. Actually we have seen in blood samples filamentous material similar to that in patients with chronic fatigue. I think it is the same thing, and what we are seeing in the blood are really material that has just detached from the vasculature in long linear strands.
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Now if you throw in this concept that these patients might have gross obstructive disease with a biofilm-forming protozoan, then it’s sort of...kind of brings all this thought together. So really in these patients they have -- for instance, in the CSF of fibro patients, they have brain fog -- I think that’s due primarily to sluggish flow either through some obstructive process due to these vegetations that I’m talking about, or even just the viscosity issue with a larger microorganism forming biofilm communities in the circulatory system. "
Koska biofilmit suojelevat bakteereita, olisi ensin ryhdyttävä vähärasvaiselle ruokavaliolle, jotta biofilmit eivät saa ravintoa (ei rasvoja, sokeria, rautaa, kalsiumia tai magnesiumia), sen jälkeen minosykliiniä tai doksisykliiniä, ja sen jälkeen azithromysiiniä tai malarialääkkeitä. Tepsii myös borrelioosiin ja useisiin bakteeri-infektioihin.