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Jan 21, 2009 11:08:24 GMT -5
Post by aqt on Jan 21, 2009 11:08:24 GMT -5
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Jan 21, 2009 11:08:39 GMT -5
Post by aqt on Jan 21, 2009 11:08:39 GMT -5
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Jan 21, 2009 11:09:07 GMT -5
Post by aqt on Jan 21, 2009 11:09:07 GMT -5
pick a color aqt
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Mar 24, 2010 17:37:06 GMT -5
Post by aqt on Mar 24, 2010 17:37:06 GMT -5
there is something to the colors...
aqt
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Feb 16, 2011 3:22:10 GMT -5
Post by skizit on Feb 16, 2011 3:22:10 GMT -5
Hi guys, I haven't got around to commenting on this board. I see you have been doing research on the fibers. If you use the search term "red blue black clear fiber sensor" you will come up with the articles you are looking for. The fibers serve a purpose. They are sensors and actuators. The fluorescent ones can be read outside the body. They are meant to sense pH, temperature, moisture, blood gases, etc. Some are sensors just for the bacteria they put in the body. www.sciencedirect.com/science?_ob=ArticleURL&_udi=B6THH-4RSYC7D-1&_user=10&_coverDate=05%2F28%2F2008&_rdoc=1&_fmt=high&_orig=search&_origin=search&_sort=d&_docanchor=&view=c&_searchStrId=1643534762&_rerunOrigin=google&_acct=C000050221&_version=1&_urlVersion=0&_userid=10&md5=de907840a17578a3f9c0e614bc0907b1&searchtype=aI'll try to be more helpful and share my research. I've done quite a bit on the fibers. There are all kinds of fibers, actin, peptide, cellulose, fiber optic and the usual ones you know well. The dyes sometimes are the structure of the fiber so you will need to know about cyclodextrins and porphyrins. You can find some information here about the orange dye: www.ncbi.nlm.nih.gov/pmc/articles/PMC2820997/There are a lot of different kind of dyes so you can look up "ionic azo dyes" or "sensor dyes" using "in vivo" or "medical" and you will come up with what you have in the body. www.spm.com.cn/papers/069.pdfYou make hydrogen peroxide in your body as the result of metabolism so a sensor which finds how much HP you have which can be read outside the body would be a great thing to a physician. Of course, no physicians have been informed there is such a thing and they are too busy making money to care. Any way, please email me if I can help, otherwise, I would like to use the photos you have here in a comprehensive video I am preparing. Don't know when I'll be done because I have to look over past research and try to include everything. I've been okayed for a 20 minute video which could be enough. I like to use big photos in my videos so they can be explicit in detail for those interested in really seeing up close. I wish I had someone who had a great speaking voice. I don't like my voice. I've lived in the south too loooooong. Skizit@rocketmail.com
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Feb 27, 2011 10:26:29 GMT -5
Post by aqt on Feb 27, 2011 10:26:29 GMT -5
skizit, please feel free to use photos posted here but be sure to give the morgboard/Morgellons Research Group the credit for pics!!!
I could do the vocals on the video if you would like me to.
let me know and thanks for everything
aqt
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Apr 4, 2011 7:43:44 GMT -5
Post by z28rod on Apr 4, 2011 7:43:44 GMT -5
I havent seen a true yellow fiber to date, all the above except for #3 I have seen on myself. Evey day there is a new member of the family popping up........ this is crazy.......
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Apr 4, 2011 23:26:51 GMT -5
Post by skyship on Apr 4, 2011 23:26:51 GMT -5
Natural or artificial colors, dyes or proteins. Some of the colored fibers illuminate but are not fluorescent. What I mean is the firefly gene lights up in the dark, some only light up under Black light, but do not light up in the dark. Bioilluminence, Chemoilluminance? Bio in the organism, chemo by chemical. Natural from the firefly lucerferase, the jelly fish, in proteins. But, if the fiber is a nanotube? farfetched? Maybe if we think of the nanofiber as a protein? these are made of poly(methyl methacrylate) (PMMA) nanofibers Keywords: * Dyes; * Fluorescence; * Förster transfer mechanism; * Nanofibers; * Nanotubes, organic; * Poly(methyl methacrylate); * Polymer nanocomposites Thumbnail image of graphical abstract Dye-infiltrated polymer nanotubes are constructed via a simple vapor deposition polymerization process (see figure). 1D poly(methyl methacrylate) (PMMA) nanofibers doped with two dyes with significant spectral overlap between the donor and the acceptor display special fluorescence resonance energy transfer (FRET) properties. onlinelibrary.wiley.com/doi/10.1002/adma.200600399/abstract````````````````````````````` Skizit, could images of the fibers found here, those proteins found in organisms, and the artificial be done on your video. In otherwords a three way comparison? Skyship
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Apr 6, 2012 0:43:26 GMT -5
Post by lilsissy on Apr 6, 2012 0:43:26 GMT -5
Some where given to infilltrate us , some to calm the immune system.
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Apr 9, 2012 22:09:39 GMT -5
Post by kritters on Apr 9, 2012 22:09:39 GMT -5
Well here's a response to the blast from the past! (2009?) It came up at me from home page.
Back to reply #3.
I have no idea what magnification that is, but I have two juvenile thoughts. One is that if you take a rope or thread and pull apart the individual threads comprising it, it will look like #3. I have repeatedly found, in the bathroom where there is most moisture, tiny (1/16 of an inch maybe) threads that look like they are cut off clean on both ends. There no reason for such threads to be found lying on my floor, on the sink, whatever, which is why I noticed them. So I put under scope and they began to fray and grow weirdly with each sub-thread moving on its own. I have photos and I'll try to figure out how to post them.
The other thought is that depending on what magnification it is, it also looks like a still spirochete, but I'm guessing it's not.
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Jan 20, 2014 20:29:19 GMT -5
Post by DonZ on Jan 20, 2014 20:29:19 GMT -5
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