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| Below is the very edge of a white 'puff ball' object that is growing predominately in both the ear and nose petri dishes - that looks like it could be Streptococcus_pneumoniae, it looks just like this stock photo from Wikipedia: ![]() *Note the above example is what the growth in the dish resembles. This is the Morgellons growth that contains and grows the 'satellites'. Notice the 'hair like' growths coming off the edge of this circular coccus-like growth, do you see the hundreds of black specks in the back ground? and... the large black spot at the far left bottom is a different type of circular growth that is the biofilm agent. It's as if the white fuzzy is reaching out to touch the biofilm and the black specks are a by-product? of this process. Left ear debris 3/18/09 - shot in petri dish, Photo 1, cultured 3/1/09. *Later this growth in the dish turned out to be the "producer" of the 'black specks or 'satellites'. It appears that the the various parts nestle in this growth at various times. Last edited by -----------; April 17th, 2009 at 10:34 PM. |
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| There were only a few specimens of the black specks that entered into the original petri dish, there is no way that this many could have been put in there, this shows what we already know - that the black specks proliferate very quickly. This photo best shows what's happening with the number of black specks being 'generated'. Once again, even though the bottom sphere looks brown here, with the naked eye - this biofilm looks yellow in color in the petri dish. Look at the now, what is thousands of black specks that are inside this one "coccus" or circular growth. Left ear debris 3/18/09 - shot in petri dish, Photo 2. Cultured 3/1/09. A perfect example of how Morgellons is quorum sensing. Last edited by -----------; April 17th, 2009 at 10:31 PM. |
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| Kammy, Look at this link. I think the black specks might also be "sticky knobs" of arthrobotrys. In your photo you can start to see the network of lines starting, the micelium. Google Image Result for http://plpnemweb.ucdavis.edu/nemaplex/images/antago3.jpg maybe not digested hair... |
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| The Morgellons Pathogen Has Been Indentified In the Dish I have semi-isolated the pathogen in the Petri Dish that appears to be the one that is producing the fibers and the carbon-like 'black speck' connectors or the Morgellons pathogen. I believe, this is the MAIN Morgellons fiber/speck pathogen that is 'wrapping itself' around or incorporating itself into the other pathogens. When the other pathogens touch or come into contact with this one, they incorporate and seemingly become a vector for the Morgellons pathogen to grow and spread. There is another one that could be a 'sister', not sure at this time. It has a very fuzzy, white, a very fine 'spun cottony' look, it's a dense-fluffy; like a very fine cotton ball growth - it's growth is double/triple in size than any other growth in the dish. It's growth (cultured on 2/28/09) at approximately 6 weeks is not in a circular pattern, it is in a 'speading' or random pattern. I would have to look at earlier digital photographs of it in its infancy to be able to report how it first appeared. I will find a way to show you the two comparative 'real life' photographs of the dish, (wonder if my camera card works?) There are various different 'other' pathogens around this Morgellons one, and from watching the way it operates, it appears that whatever is in our bodies or the dish, the Morgellons one - reaches out to and transmitts its 'chemistry' to them. Each pathogen in the body or dish - then becomes infected with Morgellons to become what is known as our 'individual' Morgellons. (That is probably why we're all having different physical manifestations in what is showing up in our symptoms.) You have seen several photographs of mine where there have been 'fuzzy' white, 'hairy-looking' objects that are reaching out to 'touch' other things? I am positive, this is how the Morgellons pathogen operates. I have left the Petri Dish undisturbed. I have numerous growths that are side by side, apart, and some on top of each other in the dish. After I digitally photograph the dish again, I am going to take a small section of it and isolate it by itself in a new, clean Petri Dish. After that, I will take some more lesion debris and start a new experiment, in which I will 'map' the specks - so that I can be able to tell you which one of these specks that is coming out of our bodies is precisely the Morgellons speck. I'm saying that the Morgellons pathogen is semi-isolated because it is undisturbed but touching other pathogens in the dish. It is next to the edge of the dish and approximately half the size of a .50 cent coin, this is a large enough area to obtain a "pure" specimen from, I believe. It will soon be by itself to study in isolation. I am shooting down into a mass of cotton-like material, that is why these photos appear dark. I will try using other lighting techniques to get better photos. Here is what the semi-ISOLATED Morgellons pathogen looks like microscopically at 100x, I am not cropping these photos: L Ear debris cultured 2-28-09, @ 100x 6 weeks growth, photographed on 4/10/09, Photo 1: L Ear debris cultured 2-28-09, @ 100x 6 weeks growth, photographed on 4/10/09, Photo 2: L Ear debris cultured 2-28-09, @ 100x 6 weeks growth, photographed on 4/10/09, Photo 3: |
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| MORGELLONS IS CENTERED AROUND... ARTHROBOTRYS!!! I was posting some microscopic photos the other night and Sarothra has identified what I'm calling the "pure" or "raw" Morgellons pathogen as arthrobotrys. This is the growth in the Petri Dish that is producing the 'fibers' and 'specks/seeds'! This is from the "Microscopic Photos of the Biofilm" thread: Quote:
These are my photos to compare the above with. As you can see, this is an exact photo match?: We need to look at arthrobotrys and see what it is, and how it functions, and how does this relate to our disease, etc.? CONGRATULATIONS SAROTHRA!! Hopefully, one more piece of the puzzle solved! Thank you for your hard work and efforts! |
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| As a better way to show the various photos, I'm making slide videos and posting them on YouTube: |
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