Morgellons - What We Do
And Don't Know About
The 'Fiber' Disease
By Cliff Mickelson



To the question, "What is Known of Morgellons" the only possible answer is: "Not Much"
Excerpt from section V...The Callus
It should be clearly stated that among the few certainties extant about Morgellons that are absolutely provable is that there exists a nematode-like life form who's role is central to the affliction.
This fact can be irrefutably summoned into any court of evidence. The worm is a changeling. It is but one of several incarnations documented as complicit actors in a tragi-drama intent on opening to ever-wider numbers of audiences around the world.
As each successful actor has his own unique foil, so too does this peculiar creature have a proprietary shield.
This shield is what we know as the "callus."
Masked behind the security of an artificially manufactured "callus" the Morgellon's nematomorphic worm is master of the host's corporal stage. Hence it remains free to summon forth all the allied sounds of its diseased fury. And ... at curtain fall, it will leave in its wake only the grist of ruined lives and shattered dreams as evidentiary grounds for judgment by its unhappy audience of unwilling reviewers.
It is the organism's creation and composition of the callus and the nematomorph method of utilizing and dermo-forming the callus that begs understanding. To do so is to take the first step on the path that hold a promise of gaining the offensive and of an eventual cure.
My recent research indicates that the callus is more a product of the creature than a reaction of the host. This is more important of a distinction that it may at first appear. The callus, although it mimics skin to a phenomenal degree is, (IMO) NOT skin, or is at best a mixture of plasma and other body fluids chemically transformed by a specialized secretion of the nematomorph.
We know that the finished product is anchored with a tenacity that defies normal convention.
The callus usually makes its debut as a thick clear semi-sticky fluid extruded directly from the endodermis regions. Its consistency is comparable to a clear corn syrup. It has a drying time measured in minutes and at times in seconds. As a result, it is not uncommon for it to escape initial notice.
(This liquid also has other proto-funtions more apropos to other chapters)
The above described secretion is the cement from which the organism builds its callused fortress. It serves the creature well in both a defensive and offensive capacity. As the callus forms and hardens the adult nematomorph often integrates itself into it.
The secretion is also utilized to wash away the caustic effect of chemical attack and to reestablish its dominion within a perimeter where it may have suffered reverses due to enzyme attack or even cases of zealous tweezer tenacity.
More significantly, upwellings of this liquid are also found in previously uninfected areas of the host's body immediately prior to new or expanding colonization.
When left to pursue its natural course, the callus often exhibits a number of "flaps" or skinlike flakes extruding from its edge. When this leading or extruding flap is successfully grasped by tweezers and removed without the aid of being softened by enzyme action or 91% alcohol saturation, It tends to take its leave from the host body in the form of strips that are skin-like in appearance and are generally longer than they are wide.
As the strip is removed it will often appear to rip through the adjoining and/or connected callused areas much like a string through a bag of dog food.
Pain however, is usually minimal along the horizontal length being removed. It is only sharp at the point where the far end section of the nematomorph may be accessing the blood of the host.
The removed section of callus exhibits one interesting characteristic well worth noting. It, as well as any other removable sections in the immediate vicinity, will always only be completely removable in the same direction!
Once that direction is determined, the targeted strips of callus must always be peeled backwards against themselves. They cannot be entirely removed in any other manner or direction and will only break off if contrary removal is attempted.
As stated previously, this may be due to the fact that at there are nematomorphic forms that have physically embedded themselves within the matrix of the callus liquid prior to complete hardening. This tends to form lines of fracture that appear as strips whose borders are defined by a mutual point where other embedded objects are encountered or meshed with.
One additional result of this embedding is that each "strip" of callus has great tensile strength in a horizontal or linear direction. The strength is directly proportional to its length. It is more evident for older and longer embedded creatures and less for younger and therefore shorter ones.
The entire callus is further secured on the underside, (or skin side) not only by the super glue effect of the secretions of the creature, but also by dozens of protuberances that are somehow created as the callus forms and that appear to serve in the capacity of anchors. These "podia"give the undercarriage of the callus an appearance similar to that of the exoskeleton of a millipede or similar creature
It is the "peeled back against itself" motion of callus removal that best enables the curved scimitar shaped podia to release their formidable hold on the flesh of the host.
Discerning observers will also note that there are often numbers of small nematomorph forms to be found among these podia.
To sum up: It is my contention to date that the callus is composed not only of the extruded secretion alone, but also that the adult worm is fond of encasing itself in this matrix.
Once embedded, it will remain fixed along its entire length with only a small flap of material protruding from just under the top leading edge of the callus. From these many points along the perimeter, the callus will often grow. These are the allegorical gates of the city. It is from here that one of the methods of creeping expansion are accomplished by the aid of further secretion by the creature as it grows and moves outwards in a horizontal and semicircular manner.
New or juvenile forms found entering the above described callus life stage can be removed embedded in commensurately tiny strips of callus. Interestingly, and to the best of my knowledge, there appears to be no predetermined limit to the length that they may eventually attain.
I have removed such strips that have exceeded an inch or more and many new or small ones of less than a 1/32 of an inch. These strips tend to be very flat and almost "dry" at the leading edge, but much more moist at the end farthest from the leading edge of the callus.
A great majority of these objects that are not completely integrated together in a common secretion with others of their kind will exhibit two horn-like projections on the outer or forward leading edge. These "horns" give the removed object a look resembling a flatworm or fluke with the antennae of a slug or snail. (hence the original designation of "fluke form)
It is these extrusions or prior mentioned flaps that can be grasped by tweezers if one is quick enough. They will often slightly extend beyond the edge of the advancing, (growing) callus or lesion and will noticeably extend themselves even further when stimulated by outside pressure slightly behind their location.
The pressure required to achieve this end is that which occurs when the callus is repeatedly and lightly stroked or rubbed with any foreign object.
Should one attempt to seize this flap but then miss in the attempt, the extrusion will likely retract or curl back under the callus with impressive speed.
The far end of this form, when successfully removed, is anchored in the flesh of the host. It is at this point that the creature is accessing the blood stream. Following successful removal, it is at this point that the host will often bleed profusely. However, such a flow often suddenly stops as suddenly as it begins.
I suspect that this may be due to the fact that the blood is substantially thinned and "pooled" in this location and is serving as a reservoir for feeding reasons and/or larval nursery purposes.
The exiting blood can usually be seen to contain a number of amorphous fleshy objects that will manifest themselves in the flow. These are larvae. If this blood contaminates surrounding uninfected areas the infection is vectored and a new callus will begin to form within an exceptionally short period of time.
In advanced infections these calluses are highly overlaid in a scalelike manner, overlapping one upon the other in great number.
This trait greatly complicates eradication.
Individually the parasites and their shields can be seen as tiny white spots against the skin.
It is often necessary to rub or otherwise irritate the skin in order to highlight parasites at this level of development.
Collectively as the creatures mature, (grow) they merge to form large callused areas. This is due to the fact that when left undisturbed these individual parasites tend to grow in a slightly radial and forward manner. They soon connect with adjoining formations and eventually the mass assumes the appearance of a noticeable callus or they simply appear to the observer as would thickened, aged skin. The latter appearance is an indicator of young callus or (Newly colonized) regions.
No known limit has yet been established as to the attainable proportions of the size of a colony of embedded nematomorphic forms. In fact, there appears to be no arbitrary natural check to just how much or how wide an area of the host's skin surface this sheath of creatures can extend its colonizing activity.
The only difference between a callus and a lesion can be considered one of seniority with the lesion having precedence. A further definition would be that the callus is an enclosed wounding of the host while the lesion is an open wound that, due to suspected but yet to be identified abilities of the parasite, heals poorly, if at all.
- CliffMickelson




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