By Linda on Jul 21, 2010 in Infections
Linda’s comment: I have used tea tree oil on toe nails for fungus, but wouldn’t think about it for dissolving biofilms. I have been successfully been dissolving biofilms with the FIGHT protocol. People ask me how I can tell. (For those who have weak stomachs stop reading here)….You can find them splattered on the sides of your toilet, like spider webs….it takes a strong brush to wash them away. I also take at least 2 Boluoke capsules a day, and at least 8 to 10 Wobenzyme 3 times daily on empty stomach. I did use a loading dose of one Boluoke 3 times daily and took the 10 Wobenzyme 4 to 5 times daily for the first 90 days. At that time is when I added a teaspoon of the ZeoGold along with my ACZnano Zeolite.
Biofilms are not just Lyme disease, but other diseases, but a good daily detox is a MUST if you have Lyme disease. Reducing your total body burden of pathogens and toxins is vital for getting control of Lyme disease. We have a lot to deal with today with the Gulf Oil spill, which BTW, is effecting our health and is going to get worse, but we are having to fight the GMO foods and exposures to pesticides and herbicides. With a good daily detox we can help to neutralize the hits we are taking daily from our environmental toxins.
Go to the Webinar’s I have posted on this blog and learn about the FIGHT protocol. You will also learn what you need to do to FIGHT these problems to help protect your health.
Excerpt:
Objective: This study aimed to investigate antimicrobial treatment of an infected cochlear implant, undertaken in an attempt to salvage the infected device.
Methods: We used the broth microdilution method to assess the susceptibility of meticillin-sensitive Staphylococcus aureus isolate, cultured from an infected cochlear implant, to common antimicrobial agents as well as to novel agents such as tea tree oil. To better simulate in vivo conditions, where bacteria grow as microcolonies encased in glycocalyx, the bactericidal activity of selected antimicrobial agents against the isolate growing in biofilm were also compared.
Results: When grown planktonically, the S aureus isolate was susceptible to 17 of the 18 antimicrobials tested. However, when grown in biofilm, it was resistant to all conventional antimicrobials. In contrast, 5 per cent tea tree oil completely eradicated the biofilm following exposure for 1 hour.
