Morgellons' Nematodes (biting worms)

[-----------]

Originally Posted by bharathyeju

Hello,
Hi Kammy, actually what you see as relatively large white crystals are, as per me, fungus spores encasing an insect's egg. The smaller ones are just fungus spores.
You may not need a microscope to see how the organism hatches out of this egg. If you collect these eggs in a clear polythene bag and keep watching every day, you will find a nymph of a Morgellons creature emerging out of it along with a hypha. On the skin surface then it will dig itself and settle under the skin. The hypha will multiply and get connected to blood vessels and start feeding the nymph. The nymph inveriably is the young one of a Noseeum or a mosquitto, having a spring tail and shortly after birth will be able to hope around with the hypha. Later on when the insect grows it will discard its exoskeleton and crawl out of the lesion.This is my theory of Morgellon's insect.
Infact one of Baraka's video also is dealing with the same process, I suppose. You can see clearly the exoskeleton of the nymph there.

With regards,
Yours B

B., I'm beginning to think anything is possible. So, to be clear - what would say precisely would be a good experiment for someone to do to produce this effect?

1. Collect the 'crystals' from our skin lesions.

2. Put them in a baggie at room temperature.

3. Allow them to start growing and monitor their growth.

4. See what produces.

Something like this? Wouldn't we have to add a bit of moisture to activate these 'crystals'?

[-----------]

FEELS LIKE A CATERPILLAR TICK - RED BUG 4

This shows how nasty these pieces of crystal/glass can be! This one not only has the very sharp glass/razor blade edges but a fiber network growing through it to give it a "mohawk-look" that these "fiber-roots" are latched into the skin and that's why these have a latched on "tick-like" feel when you try to remove them. I photographed this at 100x, going around the perimeter, starting at the left side moving to the right. This is very painful to experience, and multiply this by a few hundred!


http://my-stuff-dot-com.com/My Stuff.../04_30_16.JPEG

http://my-stuff-dot-com.com/My Stuff.../04_30_17.JPEG

http://my-stuff-dot-com.com/My Stuff.../04_30_18.JPEG

http://my-stuff-dot-com.com/My Stuff.../04_30_19.JPEG

http://my-stuff-dot-com.com/My Stuff.../04_30_20.JPEG

http://my-stuff-dot-com.com/My Stuff.../04_30_21.JPEG

http://my-stuff-dot-com.com/My Stuff.../04_30_22.JPEG

http://my-stuff-dot-com.com/My Stuff.../04_30_23.JPEG

http://my-stuff-dot-com.com/My Stuff.../04_30_27.JPEG

http://my-stuff-dot-com.com/My Stuff.../04_30_28.JPEG

http://my-stuff-dot-com.com/My Stuff.../04_30_30.JPEG


Note: This is NOT the same 'critter' that I mentioned earlier as the "C-shaped" parasite that appeared to be latched on the outside of my ear like a 'caterpillar'. These particles above came from inside the skin of my ear.

[-----------]

Look at the 'barb' on this one, OUCH!

[Katinka]

Research chemists at the University of Warwick have devised an elegant process which simply and cheaply covers small particles of polymer with a layer of silica-based nanoparticles. (Credit: Image courtesy of University of Warwick)


Wiley InterScience :: Session Cookies
..We have developed uniform core/shell nanoparticles, consisting of a silica layer coating and pigments or magnetite core, using a water-in-oil microemulsion method. The nanoparticles are highly luminescent and photostable with the size ranging from 5 nm to 400 nm. Bioconjugation of these silica nanoparticles adds unique biofunctions with various molecules such as enzymes, antibodies, and DNA molecules. Significant advantages have been shown in using bioconjugated nanoparticles for biosensing and bioimaging, such as cell staining, DNA detection and separation, rapid single bacterium detection, and biotechnological application in DNA protection.

Kat

[-----------]

Originally Posted by Katinka

Research chemists at the University of Warwick have devised an elegant process which simply and cheaply covers small particles of polymer with a layer of silica-based nanoparticles. (Credit: Image courtesy of University of Warwick)


Wiley InterScience :: Session Cookies
..We have developed uniform core/shell nanoparticles, consisting of a silica layer coating and pigments or magnetite core, using a water-in-oil microemulsion method. The nanoparticles are highly luminescent and photostable with the size ranging from 5 nm to 400 nm. Bioconjugation of these silica nanoparticles adds unique biofunctions with various molecules such as enzymes, antibodies, and DNA molecules. Significant advantages have been shown in using bioconjugated nanoparticles for biosensing and bioimaging, such as cell staining, DNA detection and separation, rapid single bacterium detection, and biotechnological application in DNA protection.

Kat

WOW! Kat - this looks very significant! (Will you put this info up in the Think Tank?)

I was just about to say, that everything that's in-between my packing tape is in a 'freeze-dried' or dissecated state. I'm guessing that all I need to do is remove these particles out of this tape and add a little moisture or drop them in a Petri Dish and they will start to grow? And, can probably get the same results a year from now? And, who knows how long?

I just saw a 'black speck' that is totally microscopically, unreconizable in this 'freeze dried' state as compared to when you view it a day from now in a Petri Dish that it resembles like A. niger.

Everything is in a protective crystal coating.

*Kat - we're getting a "Session Cookie Error" on that link above. I suppose we have to Register to use that site? I just Registered... and can probably do a search on "uniform core/shell nanoparticles" to find the article?

Well... darn, it looks we've been bio-teched and now nano-teched? It looks like the protective coating, we're seeing and I'm referring to is made of a silica coating is made of nanoparticles, according to this science article above of known technology?

[Katinka]

Originally Posted by Kammy

I was just about to say, that everything that's in-between my packing tape is in a 'freeze-dried' or dissecated state. I'm guessing that all I need to do is remove these particles out of this tape and add a little moisture or drop them in a Petri Dish and they will start to grow? And, can probably get the same results a year from now? And, who knows how long?

I just saw a 'black speck' that is totally microscopically, unreconizable in this 'freeze dried' state as compared to when you view it a day from now in a Petri Dish that it resembles like A. niger.

As I said Fungus gets reactivated by water!

Kat

[Katinka]

Originally Posted by Kammy

*Kat - we're getting a "Session Cookie Error" on that link above. I suppose we have to Register to use that site? I just Registered... and can probably do a search on "uniform core/shell nanoparticles" to find the article?

Doesn't matter Kammy. The text is in my post.

......We have developed uniform core/shell nanoparticles, consisting of a silica layer coating and pigments or magnetite core, using a water-in-oil microemulsion method. The nanoparticles are highly luminescent and photostable with the size ranging from 5 nm to 400 nm. Bioconjugation of these silica nanoparticles adds unique biofunctions with various molecules such as enzymes, antibodies, and DNA molecules. Significant advantages have been shown in using bioconjugated nanoparticles for biosensing and bioimaging, such as cell staining, DNA detection and separation, rapid single bacterium detection, and biotechnological application in DNA protection....

Kat

[Katinka]

Try this one. It should open.

Wiley InterScience: Search Results

Kat

[-----------]

I've seen several articles that are approaching the cause of Morgellons to be from the nematode to human infestation approach. This is a very interesting article at:

quoted from a very interesting article:

Morgellons Fibre Disease - Known in China as Strongylus Mono... - Care2 News Network

"Furthermore, attempts to culture the fibers, as one would culture the strands of a fungus disease, have been unsuccessful. It appears that to date no one has been able to culture the fiber production process artificially from samples derived of MFD sufferers."

??? Because they didn't make an attempt!!!

[sarothra]

Originally Posted by Kammy

Here's what I think, my opinion.

Because I haven't actually seen what's under my skin when I've had the parasites biting, I can only imagine what they look like? I haven't dug any out. I haven't had any lesions that are open and hatching the nematodes in-between the biofilm and skin layers like others have. My friend did and said that the nematode can hatch there and if you pull the biofilm layer back you can physically remove them, they are laying side by side next to each other - they are white, rice-like shaped. Has anyone else experienced this?

Anyway, my friend has a microscope, so what she did was take one of these nematodes in the larvae stage and put it on a slide and mashed it. The nematode in this larvae stage is surrounded by its sac inside the biofilm.

When she looked at it mashed under the scope - she said, it had the colors of the rainbow that spread out in a large area around the nematode.

Whereever this biofilm touches - it spreads the biofilm. Inside the biofilm, as we have seen, can hold any aspect of the Morgie pathogens.

In other words, if you mash them, you're spreading this, you're making it worse! I'm going to find a photo of two of these that are side by side in their sacs, inside the biofilm.

I think the best way to deal with this is to find medicines that run them out and not mash them?

What you're saying is VERY interesting. First, the Xylitol thing. I totally believe this could bind it like you're saying. Will get to health food store ASAP tomorrow and give it a go.

I'm running out of things that are non-toxic - at this point (haven't tried Xylitol) this "being" seems immortal. It doesn't matter what I do to it, it comes back.

Then I was reading that they breed into the DNA/RNA the properties of heat resistance, dehydration resistance, heat-shock resistance, etc. We keep drying these out and feel better for awhile but they come back. Because they can be totally dry and totally hot (which gives them pause only) and then they just come back. Especially after a nice warm bath. (not me!)

Oh, the conidia thing. YES YES YES YES

I saw what looked like conidia on my arms, like little specks, or maybe even little bugs (hard to say) but it was worms that grew from them. They started splitting up (very strange, because they had a pattern to them) - I know what you mean that they spread from the biofilm because one of them I tried to stop by "sanding it down" - bad mistake - turned into the biggest lesion I've ever had. No, don't spread the biofilm.