Date:   11/5/2009 11:49:54 PM ( 15 y ago)
Hits:   24,630
URL:   https://www.curezone.org/forums/fm.asp?i=1519711

BTW, also check out the benefits of Triphala for cleaning up the mucous, plus it's high in Vitamin C, which helps with the Lead shield, and Lead dump when the F. Buski (and other parasites) are killed.

>>triphala has shown to be lethal for an assortment of gastronomical pathogens, together with bacteria like Salmonella typhii, Shigella, Klebsiella and Pseudomonas and fungi such as Candida albicans.

>>It contains three main herbs, instead of just one, and helps improve overall health in people of all ages. These herbs include Haritaki, Bibhitaki, and Amalaki, or Amla.

Haritaki is the herb credited with supplying bowel-loosening effects, but it actually acts as a bowel tonifier rather than a laxative. This herb naturally allows the body to move waste without impediment. Bibhitaki removes mucus that has built up in areas where bacteria, yeast, and parasites gather. This can be in locations such as the organs, the sinus cavities, and the reproductive areas.

Lastly, Amla works from the inside out to repair damaged cells in the intestines. The key nutrient in Amla is Vitamin C. It contains 20 times more Vitamin C than an orange, and the other herbs help Amla to be absorbed quickly and thoroughly so it can do its job in your body.>>

http://www.tattvasherbs.com/triphala-herb.htm?OVRAW=triphala%20guggul%20fruit...


The proteolytic enzymes, taken systemically, also hit the biofilms. Good information Newport posted:

//www.curezone.org/forums/fm.asp?i=1276095


Interesting stuff I was just reading, on how they also communicate with each other.

http://bacteriality.com/2008/05/26/biofilm/


and one other one:

>>Though it appears as slime to the naked eye, biofilm is actually composed of several hills and valleys of varying heights and depths. These structural differences allow for nutrients to make their way to all bacteria within the biofilm community, Wood said. Despite the numerous formations present, these pillars and plateaus seldom collide with each other. The reason for that, Wood said, is that each bacterial cell is able to "talk" to one another and signal its location so that neighboring cells do not begin construction in an occupied space. If that happened, the bottom layers of the community could be sealed off from the nutrients on which they depend, Wood explained.

http://www.brightsurf.com/news/headlines/38365/Researchers_Identify_Biofilms_...



 

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