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Post by angela on Aug 21, 2008 9:20:29 GMT -5
amadeo.blog.com/repository/898586/2835449.jpgAssociated with Morgellons DiseaseHave personally observed hundreds of thousands of these self-lighting entities (over a 3 year period) on multiple surfaces: such as..... flowers leaves fruits condiments sticks retreived from ponds insects on underside of sticks retrieved from pond fresh from field - corn fresh from field - soybean my skin my television my bathtub my hyphae
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Post by skytroll on Aug 21, 2008 21:09:49 GMT -5
ah............forming of the shell?...... ..."onstruction of both turtle shells and seashells share some fundamental mechanical properties. The currently accepted understanding of how shell forms is that the protein matrix of bone and seashell is secreted out of the cells. These proteins tend to bind calcium ions while guiding and directing calcification. Binding of calcium ions to the protein matrix enhances crystal formation according to precise hierarchical arrangements. Exact details of this mechanism remain unclear in both turtles and seashells, but many proteins have been isolated that are known to play a role in shell formation. Whether the calcium carbonate crystal is calcite, as in the prismatic layer, or aragonite, as in the nacre of a seashell, seems to be protein-determined. Secretion of different kinds of proteins at different times and places in the seashells seems to direct the type of calcium carbonate crystal formed. Calcified bone or shell of turtles, on the other hand, does not readily form different crystals. Whereas turtles grow their bones like humans or other land animals and thus make more room for themselves, snails and clams have to gradually enlarge and extend their shells by adding new organic matrix and mineral to the outer margins of the shell. The newest part of the snail shell, for example, is located around the opening where the animal pokes out. The outer edge of its mantle continuously adds new shell at this opening. First, an uncalcified layer of conchiolin--protein and chitin, a strengthening, naturally produced polymer--is formed. Then comes the highly calcified prismatic layer that is followed by the final pearly layer, or nacre. The iridescence of the nacre occurs, incidentally, because crystal aragonite platelets function like a diffraction grating in dispersing visible light. Sadly, turtles lack this mechanism, which keeps their shells more dull, but their shells are perfect for hiding in the undergrowth or murky waters. Clearly, not all shells are the same."...... Now, that use of crystal aragonite platelets?.... How seashells are created.... www.sciam.com/article.cfm?id=how-are-seashells-createdskytroll
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Post by skytroll on Aug 21, 2008 21:16:19 GMT -5
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Post by angela on Aug 21, 2008 22:58:47 GMT -5
Here is a better view. Now this is how it would appear when floating/spiralling through the air...... or vertical to a flat surface. Wasn't there mention of the Golden Spiral when i brought this up once before? It got pretty deep if i rem right. I am unable to bring up those older posts. Thanks skytroll!
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Post by angela on Aug 21, 2008 23:44:48 GMT -5
And this is how i see the same entity (most generally)....... just a different perspective. The Dots ARE the spores/mushroom or T shapes. Its a world inside of a world inside of a world etc.... It can build up......... or it can downsize....and anywhere in between. It can be small then large and become small again. *But overall....each one becomes Smaller and smaller and smaller yet. Remember they can then again.... recombine (to get larger) for any given task. Each one of the dots or Ts are ALSO made up of more Ts which are made up of more Ts etc.... It seems it takes a set number of tinier Ts to create ONE LARGER T. Who could ever know that amount (and not that it even matters)... More importantly it depends on what shape the Ts and our our tissue NEEDS TO BECOME FOR THE TASK AT HAND. That concept stated above is the key to understanding how a protozoa operates.....especially a spore forming protozoa! And that is why this pathogen can make so many varieties of manefestations (healthwise and artifacts-wise) But even a protozoa cannot hide its patterns forever. Yes...I already feel i can identify. I want Dr. Wymore to see these guys..... or maybe he already has. Can you identify Dr. Wymore? Thanks. *firstatline.... please dont even bother ;D
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