A disease in which individuals have the growth of fibers from their skin that burn at 1,700 degrees F and do not melt. (20)(* see below) A private study to determine the chemical and biological composition of these fibers has shown that the fibers' outer casing is made up of high density polyethylene fiber (HDPE). The fiber material is used commonly in the manufacture of fiber optics. There is no history of the individual in that industry or coming into contact with this material. It was further determined that this material is used throughout the bio nanotechnology world as a compound to encapsulate a viral protein envelope, which is composed of a viron (1/150th times smaller than a virus) with DNA, RNA, RNAi (mutated RNA) or RNAsi linear or ring plasmids for specific functions. (21, 22) Toxicological pathology identification of tissue biopsies from an individual diagnosed with Morgellons revealed the presence of continual silica or glass tubules with the presence of silicone.

Agrobacterium & Morgellons Disease, A GM Connection?

The Agrobacterium connection

Vitaly Citovsky is a professor of molecular and cell biology at Stony Brook University in New York (SUNY). He is a world authority on the genetic modification of cells by Agrobacterium, a soil bacterium causing crown gall disease in plants, that has been widely used in creating genetically modified (GM) plants since the 1980s because of its ability to transfer a piece of its genetic material, the T-DNA on its tumour-inducing (Ti) plasmid to the plant genome (see later for details).

Citovsky’s team took scanning electron microscope pictures of the fibres in or extruding from the skin of patients suffering from Morgellons disease, confirming that they are unlike any ordinary natural or synthetic fibres (see Fig. 1, assembled from Citovsky’s website [8]).

Figure 1. Scanning electron microscope images of fibres from skin biopsies of patients with Morgellons Disease - a, white fibre with calcite, scale bar 10 mm; b, green fibre with alumina ‘rock’ protruding, scale bar 20 mm; c, various ribbon-like, cylindrical and faceted fibres all coated with minerals, scale bar 10 mm; d, skin lesion with fibres stabbing through the epidermis, scale bar 300 mm

They also analysed patients for Agrobacterium DNA. Skin biopsy samples from Morgellons patients were subjected to high-stringency polymerase chain reaction (PCR) tests for genes encoded by the Agrobacterium chromosome and also for Agrobacterium virulence (vir) genes and T-DNA on its Ti plasmid. They found that “all Morgellons patients screened to date have tested positive for the presence of Agrobacterium, whereas this microorganism has not been detected in any of the samples derived from the control, healthy individuals.” Their preliminary conclusion is that “Agrobacterium may be involved in the etiology and/or progression” of Morgellons Disease.

The unpublished findings have been posted on a website [8] since January 2007. They were further publicized in the “first ever” Morgellons conference in Austin Texas, attended by 100 in March 2008 [9]. A growing list of people are registered with Morgellons Disease, totalling 12 106 worldwide recorded by Morgellons Research Foundation [3], as of 12 April 2008.