Morphology of Morgellons related organisms (Part 1) (Go to Part 2) |
When examined under the microscope and compared to world-wide specimens sended to me, various body structures were visible. Such as individual worm-like structures while others were in bundles. There were also forms similar to insects and I observed eggs and larva forms in the respective development stages. Some abstract forms could be the accumulation of various fibrils or worm-like organisms, which are able to group into a homogeneous structure or corpus. |

Insect-like forms

Worm-like forms

Mites structures

Snail-like forms

Eggs- and larvae forms
Depending upon immediate environment, the formation of the organism may vary more frequently in shape and form and a distinction between a specific basic form or its varieties is difficult and not really recognizable. The sampling use for investigation consisted mostly from an accumulation of several fibers mostly covered with biofilm which could only be dissected by the tip of a needle, to be examined and then arranged. |

Where one wanted to get a partial separation with this extremely amorphous creatures, which could show movement within the micrometer range. They seem to use, simultaneously, camouflage for protection, with human skin sheds, pellet, cigarette coal panels or ash portions on the skin, in order to adhere themselves. They are present not only as fuzz balls, but also inside of human mucous and/or pieces of dead skin. A presence of them is mostly recognizable, only by presence of outstanding glassy tubes. The sticky, glass like, self-substance looks transparent and is similar to honey, light-reflecting and later also hardened. (Note photos below) |

The ingesting or swallowing of some fibers may happen daily by mucus of the nose falling into back into the throad and not always landing in the stomach, but staying in the pharyngeal region. These fibers may also wandering through the human digestive tract as other parasite worms, our digesting acid does not represent an obstacle or does not seem to interfere their live cycle. Egg packages can be found within the body structure of this amorpheus mass, from which the larvae-like organisms grow out and upon exiting carries a tough slime trail, which let them appear oblong and shapeless. This, by coincidence, forms bizarre body structures, which resemble the aforementioned worm-like structures (note first picture on the top of this page) Most resemble a "Medusa" snake accumulation with additional hooks and mandibles. (Note photos below) |

According to some scientists reports, only these worms, more then any other type of parasite, are the cause of the skin illness, whereby naturally one could have thought that a new kind of mite would have been the cause of the symptomology. One has to imagine that a worm or mite could produce around itself, many bizarre fibers and a movement of repelling them at any time. The fact is, at this time there are no cocoon spinning or thread-producing subspecies under mites or kinds of worms, similar to what we have observed. The snail or worm types structures founded mostly in the mucous of the nasal cavity makes these nearly transparent creatures more difficult to recognize. This coupled with their glassy or amber colored bodies makes exact recognition of parasite accumulation rather than normal mucuous build up, almost immpossible to distinguish. Taking one fixed parasite off from an adhesive strip with a needle, shows that this oblong flexible form demonstrates, that it can stretch to a length of 1-2 inches longer than its actual body length without losing its basic life form. Once removed from the adhesive strip it will return to its original shape. Some appear to have feelers, others mandibles or gumption claws. Some have a type of twisting-drill-hinge at the abdomen (tail) or capitulum (head), or also only one central hook at the capitulum. All of these distinctions cause difficulty in differentiation of the parasites. (Note photos below) |

Compared to typical parasites e.g. mites, which bores into the Stratum granulosum, the biofilm go still deeper, into the Stratum papillare, up to the hair roots like the hair bellows mites, where they, extracts the keratin (pigment) from the hair until the supply is exhausted. This is also a typical fungal (dermatopyhtes) behavior. (Note photos below) |

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