Morgellons Fibers in Urine

Photos and commentary in this section provided courtesy of homeworld or 'Homeworld.' Additional postings by Homeworld can be found on curezone here or look for his illuminating thread particle physics on Lymebusters.

The bottom section of this page contains some observations about the effect of pH on fiber growth. We have long contended that keeping the body in an alkaline state slows the rate of fiber growth. Homeworld goes more into detail about this below.

Below: Fig 1-9
Photographs of urine sediment collected on 4mar2011
Urine pH 7.1
Light dusting of sediment; just enough to cover the bottom of a 15 ml vial.
Particles extracted with pipette; one drop on a slide, no stain.

Camera used: Celestron 44306 imager placed on the eyepiece of a MI-5000 STD microscope, using 4x and 10x objectives.
[160x and 400x, verified with etched calibration slide]

Homeworld's observations: The photographs display evidence that the urine sediment is not merely mineral accumulations being flushed from the body. The photographs indicate that the particles are very active, and are growing "tendrils," fibers," "ruffles," protrusions," and are creating connections between themselves. These connecting "fibers" appear to be creating translucent "crystal clear" objects that give the appearance of "crystal fibers."
                                                                              —Fungihomeworld. 5mar2010

pH and fiber growth

Homeworld's observations: A "for what it's worth" entry...

I have noticed that the transparent urine sediment/urine particles seem pretty inert when collected from a near neutral pH sample. If the sample is acidic..say..very acidic [in this case 5.4] the particles grow filaments/fibers in a rather aggressive/vigorous manner.

..this matches up nicely with what I observed in the urine before I realized how acidic it was. Most of the insane tangles of fibers and bizarre "fiber optic coils" in the urine that I posted a year ago...were in [as it turns out...] urine that tended
to be in the pH 5 to 6 range.

I allow the pH to crash to 5.4...take a a drop of the sediment heavy urine...and see what grows in a few hours...a fiber fiesta in progress.

the aggressive filament growth from the particles appears to be triggered or fueled/accelerated by a high acid environment.

...since I have been keeping a close weather eye on fluid pH..the fibers in the urine have been fewer and smaller. They are still there..but if the pH of the
urine is near neutral..the fibers/filaments are generally
in the "very small to microscopic" range. Still tend to
find too many "hairs" in the one to two inch long range...
they do not seem to be as inhibited by neutral pH as the
transparent fibers.

*************
...there does seem to be a correlation between urine fibers and skin fibers. The slower the growth of fibers observed in the urine corresponds to fewer and smaller fibers found in the skin. If the source of the particles is the gut..
[and after viewing billions of the particles in the gut slime..I'm a believer] then keeping gut pH UP should be reducing the number and size of the fiber particles ["seeds"] that are ending up in the blood and carried to the kidneys/bladder...AND carried to the skin via the hair follicle capillaries as well.

**********
...ok..it seems that I can slow down the fibers..and speed
them up..more or less at will by modulating body/fluid pH.

lesson learned: keep the pH UP...job one.

Curious point is how fast the fluid pH can crash...have observed decreases in the one pH point/hr range. This is too damn fast a shift...hard to keep up. There is only so much sodium bicarb one can eat per day.

**pH crashing is not Pepsi induced...no soda pop of any kind for nearly two years...very aware of "carbonic acid poisoning" effect.
...or coffee, for that matter.

interesting experiment is to measure the pH of Pepsi/Coke/toxin of choice
and see how much water it takes to "titrate" the carbonic acid of a glass of "Pepsi" up to somewhere near neutral pH. It can take over a gallon of water to do this...and that's just for ONE glass/serving...depending on what
some people classify as "a serving". Some folks will
down half a liter at a time. YMMV*

*your mileage may vary

To boost your alkalinity see the Diet + pH page.

Recipe for using bicarbonate of soda to help raise pH
• 1/4 cup of organic apple cider vinegar (make sure it is organic as apples are heavily treated with pesticides)
• 1 level teaspoon of aluminum-free baking soda (Bob's Red-Mill Baking Soda available at health food stores)

In a cup, add the vinegar, then baking soda. It will begin to fizz and rise—do not stir, otherwise it will react like warm champagne in a shaken bottle and foam out of the cup! When the mixture settles down add water to fill.

If additional support is needed one can use pH buffers. Look for products like Calm Magnesium and Vaxa to name but two, but don't rely on these as a good diet heavily laced with highly alkaline food is the best way to hit the disease on two fronts by supporting the body nutritionally and raising the pH. Spirulina, a power food also does a great job of raising alkalinity.

Below: 3 fiber shots (and homeworlds observations) taken from high pH urine.

...once again I observed the correlation between pH and failed fiber production

urine pH 7.1...found what I think is a failed attempt to produce a hair/fiber.
I see these all the time when the pH is high enough...
ghostly...ectoplasmic shadows of what could have been a hair...but
it seems that it could not pull itself together..
the mechanism to produce the fiber/hair appears to have been sabotaged.

from the eyeball perspective they appear to be nearly transparent ghost hairs.

a closer look shows that they are a committee effort..huge numbers of
particles..assembling in a long line.

hairs /fibers in the urine are a constant...
since they are sprouting from the particles in the blood...
this makes sense...

the only thing that seems to
change is size...
...near microscopic..to absurdly long [100mm+].

...the primary control of growth rate/size appears to be pH.
...the number of hairs increases with lowering pH...as does size.