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Post by toni on Nov 4, 2012 14:39:24 GMT -5
mindbodyandsoleonline.com/health-nutrition/taming-the-yeastie-beasties/Being that our bodies are soooooo delicately balanced, this article Taming the Yeasty Beasties, is really a good rule of thumb to keep in mind no matter what. From link: Candidiasis is so invasive that it enters the gastrointestinal wall in the form of fungus where it develops very long, root like structures that penetrates the wall breaking down the protective barrier between the intestinal tract and the bloodstream. This breakdown allows the entrance of foreign as well as toxic substances to the bloodstream where they can harm various body systems.
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Post by toni on Nov 4, 2012 15:12:24 GMT -5
www.ncbi.nlm.nih.gov/pmc/articles/PMC2620721/If you read the first post, please keep reading this. I sure don't know if this has anything to do with our stuff, but...see how little filaments can be seen from "yeast" just from this type of infection, which can cause "red and blue pigmented filaments".
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Post by toni on Nov 4, 2012 15:20:37 GMT -5
Persistence of Pigment Production by Yeast Isolates From pink to purple to blue etc.... (colored/pigmented yeasts) Yeast isolates grown on CHROMagar Candida produced similar pigmentation patterns over the 7 days of study (Table (Table1).1). With the exceptions noted below (Cryptococcus species), the yeast isolates grew well and produced similar colors at 30 and 35°C. C. albicans and C. krusei were identifiable after 24 h of incubation at either temperature. C. albicans produced smooth, convex, green colonies. C. krusei produced rough, dry-appearing, flat, pink colonies with pale borders. C. glabrata produced small, convex, dark pink to violet colonies, often with faint pale borders or diffusion of pigment into the medium. C. glabrata colonies deepened in hue over the first 4 days of observation and were only reliably differentiated from other pink-lavender yeast colonies after 3 days and, in one isolate, 4 days. C. tropicalis grew in colonies that ranged in color from blue-gray to steel blue, some with a purple hue, most producing a purple diffusible pigment into the surrounding medium. C. humicolus and T. mucoides also grew as steel-blue colonies, similar to that of C. tropicalis, although neither produced the purple diffusible pigment. T. beigelii isolates grew in a lighter-blue shade (becoming powdery in texture with time) with a dark-blue reverse. C. rugosa grew with characteristics similar to those of C. krusei (rough, dry, flat colonies with a pale border) but in a distinct light blue-green color. C. firmetaria also grew similarly to C. krusei but could be differentiated by a waxy texture and lack of a pale border. Of the cryptococcal isolates, only C. neoformans, C. humicolus, and one of the four C. albidus isolates grew at 35°C. C. albidus and C. uniguttulatus grew as small tan colonies, C. humicolus (as previously described www.ncbi.nlm.nih.gov/pmc/articles/PMC154593/
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Post by toni on Nov 4, 2012 15:36:50 GMT -5
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Post by itchin4answers on Nov 6, 2012 18:36:24 GMT -5
mindbodyandsoleonline.com/health-nutrition/taming-the-yeastie-beasties/Being that our bodies are soooooo delicately balanced, this article Taming the Yeasty Beasties, is really a good rule of thumb to keep in mind no matter what. From link: Candidiasis is so invasive that it enters the gastrointestinal wall in the form of fungus where it develops very long, root like structures that penetrates the wall breaking down the protective barrier between the intestinal tract and the bloodstream. This breakdown allows the entrance of foreign as well as toxic substances to the bloodstream where they can harm various body systems. I saw a GP in 2004 who told me that he didn't believe in the yeast theory. I'd had a test done at the chemist to show that I had Candida in my blood. I had the Morgellons symptoms too. This GP did nothing for me, rolled his eyes sent me on my way and then I got really really sick. I have an old article stuffed away in a box which talks about red and blue fibers in a yeast infection in HIV patients. Great information Toni, thank you.
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Post by toni on Nov 6, 2012 20:35:17 GMT -5
mindbodyandsoleonline.com/health-nutrition/taming-the-yeastie-beasties/Being that our bodies are soooooo delicately balanced, this article Taming the Yeasty Beasties, is really a good rule of thumb to keep in mind no matter what. From link: Candidiasis is so invasive that it enters the gastrointestinal wall in the form of fungus where it develops very long, root like structures that penetrates the wall breaking down the protective barrier between the intestinal tract and the bloodstream. This breakdown allows the entrance of foreign as well as toxic substances to the bloodstream where they can harm various body systems. I saw a GP in 2004 who told me that he didn't believe in the yeast theory. I'd had a test done at the chemist to show that I had Candida in my blood. I had the Morgellons symptoms too. This GP did nothing for me, rolled his eyes sent me on my way and then I got really really sick. I have an old article stuffed away in a box which talks about red and blue fibers in a yeast infection in HIV patients. Great information Toni, thank you. Glad you liked it, thank you Itchin. It really is worthy, I guess that's my opinion, but anytime our body is kicked to the right, then to the left as it is with Morgs, that yeast can actually kill a person. And that doc you'd gone to...well, we sure know how many of them have mis-judged real live events in the body. And VERY true, I'm finding that in reading symptoms of many of these type invasive out of control infections, what we call "normal things" we have naturally in our body, and what we're exposed to with every breath we take, (like fungi) for instance, there's many species that when they oxidize, then the fibers (pigmented in many colors) become apparent and even when our body releases particular enzymes to ward off infection, (color changes too can occur, along with all kinds of pigmented granules etc). Interesting stuff.
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