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Post by kammy on Apr 28, 2009 12:27:00 GMT -5
BATHS - Is soap enough? Well... I agree, Jeany - I stopped taking baths and got better, as far as having lesions. However, some people are bathing in bath salts... baking soda, peroxide, epsom salts, vinegar... and many others - that might be beneficial? In fact! I got really sick and wasn't able to do much for myself, at one time. I would go days without bathing, which is not my 'norm'. And, somehow... this is my opinion - this made me immune to what was coming out of my skin. That before, in the beginning - whereever these debris particles hit on my skin - I would get a lesion. I should be one big lesion on my left side from the debris contiously falling out! But, I don't have any. I don't know if this is just 'normal' with Morgellons, that eventually we become immune to our own debris - this happens with everyone? ?? But, this is what's happened with me. I know for a fact that's how this got in my left ear to begin with was from a doctor telling me to do that - with bleach in the water... and to lay my ears back in the water. I asked him specifically about getting my ears in the water. I didn't know he was treating me like I was "DOP", I thought he knew what he was talking about! I wonder what kind of results people have gotten from saunas? I have a sauna in my home - but, I have NOT used it since I've been evidently sick with this. There's something instintively telling me not to do that. I could be wrong? I thought about taking a few soon and seeing what difference it made? And, that's just pure humidity! Let us say that taking a bath without something alkaline or known to dry this out - can possibly do more harm than good? What about just a soap bath? Does soap alone, kill this in the bath water? What do you think, anyone?
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Post by kammy on Apr 28, 2009 12:33:26 GMT -5
Experiment 3 - cultured on 4/18/09, photographed on 4/28/09 @100x Some are having trouble loading my pages due to not having enough memory or slow dial-up and it makes it difficult for them to view. So, I will start putting more links in - rather than photos. Here is the before picture - of the salt-like particle in the dish, taken on 4/24 @100x: my-stuff-dot-com.com/My Stuff/Personal/Morgellons/My Photos/4-24-09 4 18/04_24_23.JPEG[/img] Here it is at 10 days growth, taken on 4/28 @100x: my-stuff-dot-com.com/My Stuff/Personal/Morgellons/My Photos/4 28 100x/04_28_19.JPEG[/img]
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Post by kammy on Apr 28, 2009 12:35:32 GMT -5
{quote=Jeany}Kammy, could be we inhaled those fungal spores..probably. This fungus thriving in our bodies comes out or appear to be a desiccated form is due to exposure of oxygen/air and gets reactivated by water taking baths and showers over and over again.
Jeany
No. I'm saying these specks are coming from inside my body. Oxygen is my blood... but, no my specks don't represent what's been out in the air, except for the time they are on the slide until they are photographed - a few minutes.
Isn't everyone experiencing the same thing that is producing specks and fibers? That they are coming out of your body - dry, without the wet of the biofilm?
I'm growing the biofilms from these DRY specks. The biofilm is coming out of my skin 'freeze dried'.
My statement of - "I don't think I have any blood in this part of my ear." Is a true one. With all my picking, I have brought any blood!
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Post by kammy on Apr 28, 2009 13:01:00 GMT -5
{Quote - Jeany}Guess, you kinda misunderstood me Kammy. I meant the fungal spores we inhaled by being first infected with whatever fungus this is.
I often find such specks after combing my hair..they are dry with no wet biofilm ...brownish/black irregular shaped just like yours!
Jeany
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Post by kammy on Apr 28, 2009 13:01:44 GMT -5
You notice I found one BIG BALL spore in my 'specks' that I posted yesterday? And then at 600x... you think all these are possibly the same spore, just babies? I think they might be? What about that one exploding that I just posted, that is ugly stuff happening!? lol [/img][/center]
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Post by kammy on Apr 28, 2009 13:03:03 GMT -5
You remember Baraka's first video - where he showed everything happening from one spore?
Hmmm... and we've identified these as Aspergillus niger - right?
So, "Morgellons Forming" is a 'souped up' AN reaction?
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Post by kammy on Apr 28, 2009 13:07:52 GMT -5
I'm beginning to think that Morgellons is centered around the Aspergillus family, especially 'niger' and with the nematode trapping one as secondary?
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Post by kammy on Apr 28, 2009 13:12:02 GMT -5
Jeany -
We need to look at more photo comparisions of AO and AN in their conidia stages. Compare those to what's in Baraka's first video, NOT the one called "Morgellons Forming", the one before that - and photos in my and your specimens.
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Post by jeany on Apr 28, 2009 13:27:04 GMT -5
I'm beginning to think that Morgellons is centered around the Aspergillus family, especially 'niger' and with the nematode trapping one as secondary? That is what I'm thinking Kammy. Aspergillus acts as an enhancer for the M fungus...could be AO or the one I mentioned over at "frog thread". LOL Maybe we are all wrong and it's something completely different ? A fungus type...a mutated form...no one has recognized yet? It wouldn't be the first time for a animal pathogen infecting humans. Batrachochytrium dendrobatidis a mutated form developed into a human pathogen? Infecting people over their water supply? M is a PRODUCT of contamination...air and water pollution..global warming...climate changes, chemical toxins, environmental toxins etc. etc....and GMO's JMO. I believe the M pathogen is in our WATER! Jeany
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Post by kammy on Apr 28, 2009 13:36:07 GMT -5
Jeany - we're getting close here... EXPERIMENT 3 - 6 Days Growth @100x In my opinion, there are 4 types of 'crystals' that come out of these lesions. #1 is the powder form as seen in the earlier Type 1, 2, 3 - 'mold/fungus' photos, what I call 'crystalline' because it's invisible. #2 is the another type below. This looks like a grain of salt in the dish, to the naked eye. With 20x mag., one has a very slight color to it - the other is pure crystal. [/img] my-stuff-dot-com.com//My Stuff/Personal/Morgellons/My Photos/4-24-09 4 18/04_24_26.JPEG[/img] I've checked my work 4 times! These two objects, ARE WHAT THE CRYSTALS ARE. One is slightly smaller than the other. They both appear to look like shiny salt crystals in the dish.[/QUOTE] Remember when I asked what these 2 things have in common - that makes them both appear as crystals in the dish?1. They are both fungus. 2. They are both coated with silica. 3. Either they entered our bodies with silica or some other factor caused the silica to bind to them - to make them have a silicon coating?And possibly because of addition of the silica is what's causing the 'explosion' (Morgellons Forming) to happen? en.wikipedia.org/wiki/SilicaSilicon dioxide "Silica is most commonly found in nature as sand or quartz, as well as in the cell walls of diatoms. It is a principal component of most types of glass and substances such as concrete. Silica is the most abundant mineral in the earth's crust." Diatomen.wikipedia.org/wiki/DiatomsMarine diatoms *HERE'S OUR MARINE CONNECTION. "Diatoms (Greek: äéÜ (dia) = "through" + ôÝìíåéí (temnein) = "to cut", i.e., "cut in half") are a major group of eukaryotic algae, and are one of the most common types of phytoplankton. Most diatoms are unicellular, although they can exist as colonies in the shape of filaments or ribbons (e.g. Fragillaria), fans (Meridion), zigzags (Tabellaria), or stellate colonies (Asterionella). Diatoms are producers within the food chain. A characteristic feature of diatom cells is that they are encased within a unique cell wall made of silica (hydrated silicon dioxide) called a frustule." Jeany - we're getting close here...
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Post by kammy on Apr 28, 2009 13:57:40 GMT -5
{Quote = Jeany}
Kam, remember the video where you could see the "knobs" and the fast producing tracks? Do you mean that one? That could be AO...Maybe because it was exposed to air it dissipated so quickly? I guess we have enough proof? for AN?
Hey, we need BO's help on this....he's been off for quite awhile but he'll be back soon. Unfortunatelly I can't find any pics of that other frog fungus..only histological photos.
Jeany
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Post by kammy on Apr 28, 2009 14:00:22 GMT -5
It doesn't matter at this point, if it's AO or AN... I think it's AN... we can look later.
What's important is what's happening in this process of Morgellons.
Fungus aren't known to have silica bound into them - in nature - are they? And, especially not inside our bodies? To the point they look like salt coming out??
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Post by kammy on Apr 28, 2009 14:02:45 GMT -5
{QUOTE=Jeany}OMG, what about using DE then?? Are we feeding them now with this stuff?
Jeany[/QUOTE]
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Post by kammy on Apr 28, 2009 14:03:32 GMT -5
I know this looks like an 'acorn' dividing in this photo - but in my dish - to the naked eye - this is in a crystal, shiny, like in salt form. This is AN? in the division process. my-stuff-dot-com.com//My Stuff/Personal/Morgellons/My Photos/4-24-09 4 18/04_24_23.JPEG[/img]
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Post by kammy on Apr 28, 2009 14:05:12 GMT -5
I don't know that much about "DE", I didn't research it. It has appeared to be beneficial to me? Is it made from silica?
I can't say... but, what causes silica to build up in the human body? What foods, environmental factors cause silica to be produced? That's what's feeding Morgellons?
We can possibly slow it down by eliminating these silica producing factors.
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Post by jeany on Apr 28, 2009 14:08:29 GMT -5
I don't know that much about "DE", I didn't research it. It has appeared to be beneficial to me? Is it made from silica? I can't say... but, what causes silica to build up in the human body? What foods, environmental factors cause silica to be produced? That's what's feeding Morgellons?We can possibly slow it down by eliminating these silica producing factors.Silica is used almost everywhere. Here look. * Inexpensive soda-lime glass is the most common and typically found in drinking glasses, bottles, and windows. * A raw material for many whiteware ceramics such as earthenware, stoneware and porcelain. * A raw material for the production of Portland cement. * A food additive, primarily as a flow agent in powdered foods, or to absorb water (see the ingredients list for). * The natural ("native") oxide coating that grows on silicon is hugely beneficial in microelectronics. It is a superior electric insulator, with high chemical stability. In electrical applications, it can protect the silicon, store charge, block current, and even act as a controlled pathway to allow small currents to flow through a device. At room temperature, however, it grows extremely slowly, and so to manufacture such oxide layers, the traditional method has been heating of silicon in high-temperature furnaces within an oxygen ambient (thermal oxidation). * Raw material for aerogel in the Stardust spacecraft * Used in the extraction of DNA and RNA due to its ability to bind to the nucleic acids under the presence of chaotropes. * As hydrophobic silica it is used as a defoamer component. * As hydrated silica in toothpaste (abrasive to remove plaque.) * As a high-temperature thermal protection fabric. * In cosmetics for its light-diffusing properties and its absorbency. * Liquid silicon dioxide (colloidal silica) is used as a wine and juice fining agent. * As a glidant in pharmaceutical products silicon dioxide aids powder flow when tablets are formed. * In the production of tires * Thermal enhancement compound used in thermal grouts for the ground source heat pump industry. Jeany
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Post by jeany on Apr 28, 2009 14:14:25 GMT -5
I don't know that much about "DE", I didn't research it. It has appeared to be beneficial to me? Is it made from silica? I can't say... but, what causes silica to build up in the human body? What foods, environmental factors cause silica to be produced? That's what's feeding Morgellons?We can possibly slow it down by eliminating these silica producing factors.Diatomaceous earth en.wikipedia.org/wiki/Diatomaceous_earthJeany
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Post by kammy on Apr 28, 2009 14:21:46 GMT -5
Jeany, It's as if these diatom cells are binding to the fungual cells, causing them to become crystals. Diatom - Wikipedia, the free encyclopedia"Diatom cells are contained within a unique silicate (silicic acid) cell wall comprising two separate valves (or shells). The biogenic silica that the cell wall is composed of is synthesised intracellularly by the polymerisation of silicic acid monomers. This material is then extruded to the cell exterior and added to the wall. Diatom cell walls are also called frustules or tests, and their two valves typically overlap one other like the two halves of a petri dish. In most species, when a diatom divides to produce two daughter cells, each cell keeps one of the two halves and grows a smaller half within it. As a result, after each division cycle the average size of diatom cells in the population gets smaller. Once such cells reach a certain minimum size, rather than simply divide vegetatively, they reverse this decline by forming an auxospore. This expands in size to give rise to a much larger cell, which then returns to size-diminishing divisions. Auxospore production is almost always linked to meiosis and sexual reproduction. Decomposition and decay of diatoms leads to organic and inorganic (in the form of silicates) sediment, the inorganic component of which can lead to a method of analyzing past marine environments by corings of ocean floors or bay muds, since the inorganic matter is embedded in deposition of clays and silts and forms a permanent geological record of such marine strata. The study of diatoms is a branch of phycology, and phycologists specializing in diatoms are called diatomists." What process other than this would turn a fungui into a crystal?
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Post by kammy on Apr 28, 2009 14:34:32 GMT -5
Diatom - Wikipedia, the free encyclopediaIn the open ocean, the condition that typically causes diatom (spring) blooms to end is a lack of silicon. Unlike other nutrients, this is only a major requirement of diatoms so it is not regenerated in the plankton ecosystem as efficiently as, for instance, nitrogen or phosphorus nutrients. This can be seen in maps of surface nutrient concentrations - as nutrients decline along gradients, silicon is usually the first to be exhausted (followed normally by nitrogen then phosphorus). When silicon content approaches a concentration of 2 mmol m-3, diatoms typically represent more than 70% of the phytoplankton community. Raven (1983)[11] noted that, relative to organic cell walls, silica frustules require less energy to synthesize (approximately 8% of a comparable organic wall), potentially a significant saving on the overall cell energy budget. Other researchers[12] have suggested that the biogenic silica in diatom cell walls acts as an effective pH buffering agent, facilitating the conversion of bicarbonate to dissolved CO2 (which is more readily assimilated). Notwithstanding the possible advantages conferred by silicon, diatoms typically have higher growth rates than other algae of a corresponding size.[6] Diatoms occur in virtually every environment that contains water. This includes not only oceans, seas, lakes and streams, but also soil."Jeany, we need to figure out how to reduce our dietary silica, silicon to kill the diatoms?
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Post by kammy on Apr 28, 2009 15:05:56 GMT -5
We've asked Steve Frey to come in and look... Steve you can take this over to your thread and discuss it - if want to?
I don't think we're going to grasp this complicated subject matter too easily, but you might understand it a lot quicker and be able to translate it?
What I'm thinking is - these diatoms are what is driving the Morgellons Engine? That I suspect they are the reason for the many, varied colors of the rainbow and the sheen that we're seeing, too?
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