|
Post by buggysbegone on Jan 7, 2012 2:21:49 GMT -5
This is a fiber that was set on a plasma globe overnight. When looking at it the next day, it's reflectiveness was gone except for the very end of it. I put it on a new, dry slide that was right out of the box and covered it with a new, dry cover slide out of the box. The moisture on the slide is fairly typical in the samples I look at. You can clearly see in these progressive photos where the moisture begins and ends as well as surrounds the "body" of it with droplets. I believe this may warrant further studies on the moisture. Attachments:
|
|
|
Post by buggysbegone on Jan 7, 2012 2:23:32 GMT -5
This is a fiber that was set on a plasma globe overnight. When looking at it the next day, it's reflectiveness was gone except for the very end of it. I put it on a new, dry slide that was right out of the box and covered it with a new, dry cover slide out of the box. The moisture on the slide is fairly typical in the samples I look at. You can clearly see in these progressive photos where the moisture begins and ends as well as surrounds the "body" of it with droplets. I believe this may warrant further studies on the moisture. Attachments:
|
|
|
Post by buggysbegone on Jan 7, 2012 2:23:49 GMT -5
This is a fiber that was set on a plasma globe overnight. When looking at it the next day, it's reflectiveness was gone except for the very end of it. I put it on a new, dry slide that was right out of the box and covered it with a new, dry cover slide out of the box. The moisture on the slide is fairly typical in the samples I look at. You can clearly see in these progressive photos where the moisture begins and ends as well as surrounds the "body" of it with droplets. I believe this may warrant further studies on the moisture. Attachments:
|
|
|
Post by buggysbegone on Jan 7, 2012 2:24:06 GMT -5
This is a fiber that was set on a plasma globe overnight. When looking at it the next day, it's reflectiveness was gone except for the very end of it. I put it on a new, dry slide that was right out of the box and covered it with a new, dry cover slide out of the box. The moisture on the slide is fairly typical in the samples I look at. You can clearly see in these progressive photos where the moisture begins and ends as well as surrounds the "body" of it with droplets. I believe this may warrant further studies on the moisture. Attachments:
|
|
|
Post by buggysbegone on Jan 7, 2012 2:24:24 GMT -5
This is a fiber that was set on a plasma globe overnight. When looking at it the next day, it's reflectiveness was gone except for the very end of it. I put it on a new, dry slide that was right out of the box and covered it with a new, dry cover slide out of the box. The moisture on the slide is fairly typical in the samples I look at. You can clearly see in these progressive photos where the moisture begins and ends as well as surrounds the "body" of it with droplets. I believe this may warrant further studies on the moisture. Attachments:
|
|
|
Post by buggysbegone on Jan 7, 2012 2:24:40 GMT -5
This is a fiber that was set on a plasma globe overnight. When looking at it the next day, it's reflectiveness was gone except for the very end of it. I put it on a new, dry slide that was right out of the box and covered it with a new, dry cover slide out of the box. The moisture on the slide is fairly typical in the samples I look at. You can clearly see in these progressive photos where the moisture begins and ends as well as surrounds the "body" of it with droplets. I believe this may warrant further studies on the moisture. Attachments:
|
|
|
Post by buggysbegone on Jan 7, 2012 2:26:50 GMT -5
Flat fiber wrapped around a tubular/glossy fiber. But look closely...it looks like they are one in the same! Attachments:
|
|
|
Post by buggysbegone on Jan 7, 2012 2:27:11 GMT -5
Flat fiber wrapped around a tubular/glossy fiber. But look closely...it looks like they are one in the same! Attachments:
|
|
|
Post by buggysbegone on Jan 7, 2012 2:27:30 GMT -5
Flat fiber wrapped around a tubular/glossy fiber. But look closely...it looks like they are one in the same! Attachments:
|
|
|
Post by buggysbegone on Jan 7, 2012 2:27:50 GMT -5
Flat fiber wrapped around a tubular/glossy fiber. But look closely...it looks like they are one in the same! Attachments:
|
|
|
Post by buggysbegone on Jan 7, 2012 2:28:16 GMT -5
Frayed end of a segmented fiber Attachments:
|
|
|
Post by buggysbegone on Jan 7, 2012 2:40:52 GMT -5
Piece of lint that was moving under a black light. Attachments:
|
|
|
Post by buggysbegone on Jan 7, 2012 2:41:36 GMT -5
Piece of lint that was moving under a black light. Attachments:
|
|
|
Post by buggysbegone on Jan 9, 2012 22:56:23 GMT -5
|
|
|
Post by rafael25 on Jan 9, 2012 23:25:47 GMT -5
I am on Twitter now #MaribelALina . I am going to tell people about Morgellons. I posted one of buggys' videos.
|
|
|
Post by lilsissy on Jan 10, 2012 3:50:35 GMT -5
rafael,
The reply 1001 well to put it politey..... these are all over the moist areas of the females and also around the belly buttons .
My daughter is having a boy in May ,
Rafael,
I threw in your name as a suggestion, she loved it
we will see?
Jen
|
|
amir
New Member
Posts: 3
|
Post by amir on Feb 19, 2012 15:29:20 GMT -5
|
|
|
Post by kritters on Feb 19, 2012 20:55:08 GMT -5
Hello Amir! What an addition to this forum you are! Are you really new or just going by another name? Either way, WOW. Your videos and photos are AMAZING!!! On that 'slime mold waltz' you posted the video of, at 333 and on, I can't help but think how similar it looks to pictures and videos of spirochetes I've seen. I'm no expert on anything here at all, but I just point out my observations when I have them, whether or not valid. I now wonder if slime mold is also Lyme related. As for the other slime mold video (amazing!!!) you took, it reminded me of macrophages at work. and en.wikipedia.org/wiki/Macrophage the image in the wikipedia info on them looks alot like some of the Morgellons photos with the 'buckyballs'? Who knows. I know so many things in the microscopic world look alike, but the fiber like the one you were playing with you say is found noticably in the bathroom on toilet tank, etc. and well. so now I'm going to continue to check this out about dicty/discoid. I hope I can contribute in some way. Oh, and also I was thinking while watching the blob that it is obviously composed of many separate little ball shaped somethings and it looks like it's reproducing (giving birth) (eggs?) or defecating and the fibers are coming out along with the balls. A Morgellons factory. Best, Kritters
|
|
|
Post by kritters on Feb 19, 2012 21:16:53 GMT -5
OKAY! So, now after reading the definition of D. discoidium, I'll just slither back like the blob itself away from posting on it, since my observations are just silly.
Figure 1. The life cycles of Dictyostelium discoideum. Most of its life, this haploid social amoeba undergoes the vegetative cycle, preying upon bacteria in the soil, and periodically dividing mitotically. When food is scarce, either the sexual cycle or the social cycle begins. Under the social cycle, amoebae aggregate to cAMP by the thousands, and form a motile slug, which moves towards light. Ultimately the slug forms a fruiting body in which about 20% of the cells die to lift the remaining cells up to a better place for sporulation and dispersal. Under the sexual cycle, amoebae aggregate to cAMP and sex pheromones, and two cells of opposite mating types fuse, and then begin consuming the other attracted cells. Before they are consumed, some of the prey cells form a cellulose wall around the entire group. When cannibalism is complete, the giant diploid cell is a hardy macrocyst which eventually undergoes recombination and meiosis, and hatches hundreds of recombinants. Not drawn to scale. CC Creative Commons Attribution – Share Alike 3.0, David Brown & Joan E. Strassmann
But, could it have been genetically manipulated or at least naturally mutated and somehow incorporating our dermal cells into it's process? Those fibers coming out of the slime don't seem to belong there unless it is part of reproduction.
Okay, so please forgive me for this very sophomoric and ill-informed observation. I realize that it is, but I have a bad habit of blurting out things I think.
Kritters
|
|
|
Post by kritters on Feb 19, 2012 21:26:04 GMT -5
Except, for this I just read:
"...The capacity for tracking living cells and phenotypic complementation of null mutants with GFP fusion proteins is providing extremely useful tools for cell biology. One of the significant conclusions of these studies has been the demonstration that cytokinesis, motility, and phagocytosis (macrophages) share features and molecular components. Phenotypic rescue provides assurance that the GFP fusion protein is functional and the behavior of the protein can be followed in living cells under a variety of conditions. Some of the most interesting observations made in these experiments have been the rapid assembly of cytoskeletal proteins in the tips of newly extended pseudopods. For example, coronin, actin, talin, and a variety of other cytoskeletal proteins concentrate in the cortex of nascent pseudopods. Many of these proteins have also been tracked during cytokinesis and phagocytosis and found to translocate to the rims of phagocytic cups and to the distal edges of dividing cells.
|
|
|
Post by kritters on Feb 19, 2012 22:05:42 GMT -5
bioserv.fiu.edu/~biolab/labs/cellbio/Study%20Guides/Mechanisms%20of%20phagocytosis%20in%20macrophages.pdfJust found this:http://www.morgellonsexposed.com/Morgellons%20Fibers%20page.htm Jan Smith. #12 picture under "colorless fibers".... Couldn't this be the body's immune system attempting to devour the entities in our systems, from chemtrails> water supplies>and pushing through our skin to get rid of them? The fibers could be the proteins made from the D. discoidium or phagocyte, which I'm reading many associations with actin and hair follicles. So, couldn't Morgellons be our phage system pushing out all the different things we are eating, breathing, inhaling, and mold is definitely associated. Kritters (so much for slithering back out -(
|
|
|
Post by nevercantell on Mar 4, 2012 15:29:37 GMT -5
Morgellons could be anything! Right? Or a mixture of many things.
|
|
amir
New Member
Posts: 3
|
Post by amir on Apr 23, 2012 10:03:45 GMT -5
Hello kritters, Thank you for the kind words and links. I'm sorry it took me forever to reply. I am actually new here, not going by another name or anything like that. You seem to be a lot more privy to the technical side of things than I currently am... I definitely have a lot of homework to do (on so many different topics... it never ends!) "The fibers could be the proteins made from the D. discoidium or phagocyte, which I'm reading many associations with actin and hair follicles. " I'm still a bit confused: would you concur, then, that my dictyo video IS actually showing dictyostelium discoidium? Is that blob dictyostelium discoidium?
|
|
|
Post by kritters on Apr 23, 2012 18:19:37 GMT -5
Hello kritters, Thank you for the kind words and links. I'm sorry it took me forever to reply. I am actually new here, not going by another name or anything like that. You seem to be a lot more privy to the technical side of things than I currently am... I definitely have a lot of homework to do (on so many different topics... it never ends!) "The fibers could be the proteins made from the D. discoidium or phagocyte, which I'm reading many associations with actin and hair follicles. " I'm still a bit confused: would you concur, then, that my dictyo video IS actually showing dictyostelium discoidium? Is that blob dictyostelium discoidium? Hello, Amir~ I wish I could, but I cannot concur anything because I'm not that knowledgeable :-( I just go nuts googling and try to put things together in association like what you brought up about eh dictyo and hope that someone else might pick it up and put something together with it. Thanks for replying and bringing this to my attention again, though. I'd be curious what Skyship and Lil Sis think about it! Best, and keep up the good work! Kritts
|
|
|
Post by skyship on Apr 23, 2012 22:29:48 GMT -5
Amir, thanks for videos, the second is amazing, after looking again, I do not think this is dicty, it is slug like and Rotifer like. Notice the foot here on right end, and the cilia, at head. bdelloid rotifer? snailstales.blogspot.com/2005/10/thing-from-birdbath.htmlwww.microimaging.ca/rotifer11.jpgrotifer2.jpg (9186 bytes) bdelloid rotifer A bdelloid rotifer with a pronounced wheel organ. It is difficult to identify because it has telescoped its body. The series of rings, which make the body appear to be segmented, are in reality zones of folding of the gelatinous cuticle. There is no true segmentation in rotifers. (darkfield illumination) rotifer11.jpg (52196 bytes) bdelloid rotifer This image illustrates the extreme flexibility of the gelatinous cuticle. Folds can be seen running in a posterior-anterior direction. When viewed live, the position and shape of the folds change continuously as the animal moves around. If one looks closely at the head region (top left) a tiny pair of pigmented "eyespots" can be seen. These resided on the lateral surface of the brain, but their function is questionable. rotifer13.jpg (14532 bytes) A rotifer with a rigid cuticle forming an ellipsoid case in which the body resides. This rotifer has a short foot, which exhibits the pseudo-segmentation of the cuticle. The foot in this animal services to push it along as it searches for food. (darkfield illumination) www.microimaging.ca/rotifer.htmI know they used some in labs but don't know for what purpose. Skyship
|
|
|
Post by kritters on Apr 23, 2012 22:41:59 GMT -5
|
|
|
Post by skyship on Apr 23, 2012 23:01:15 GMT -5
You know what. this forms a sphere and projects itself. Amir:this from a naturalist: It forms sphere and propels itself: ""I saw here also an animal like a maggot which would contract itself up into a spherical figure and then stretch itself out again; the end of its tail appeared with a forceps, like that of an Ear-wig ... and they seemed to be busy with their mouths as in feeding"Harris, 1696, Philosophical Transactions of the Royal Society21stcenturynaturalist.blogspot.com/2010/02/on-rotifers.html============================= and they can go dormant, common in Morgellons organisms. You might have something here. They were used in some labs. I am sure they are all over the environment as well. Skyship
|
|
|
Post by mfromcanada on Feb 14, 2013 18:31:03 GMT -5
|
|
|
Post by mfromcanada on Feb 14, 2013 18:32:09 GMT -5
Please check out mfromcanada2 on Youtube for some amazing videos with my new LED microscope.
|
|
|
Post by DonZ on Jan 20, 2014 20:27:43 GMT -5
|
|