Cases from private practices - Papimi

ML All I know is they put this ring on me, the machine makes a noise for 20 minutes or so, the
ring gets a little warm--not really hot--so I know it's doing something, but I don't feel anything during the
treatment.
It's just that I feel so much better after the treatment. So what's happening inside me
CW Okay. As you have been told, I'm a research scientist who has spent a greatdeal of time
investigating the biological effects of electricity and magnetism. When I heard of this new Magnetic
Oscillation Therapy being used on an experimental basis, I became interested and asked to see the system
in operation. I was graciously invited to inspect the machine (we call it the "Magnetic Pulse Generator"
or MPG, and told about some of the first case histories--including yours.
ML Have there been many others
CW Not yet. This system has only been approved for experimental use until enough
experience and data has been gathered to apply for full approval by the Food and Drug Administration.
As a result, only a few carefully selected patients have been admitted to the research program. I think you
are the only one who has not had an opportunistic infection, but similarly remarkable results have been
observed on the few other HIV+ patients they have treated so far. Cases of Kaposi's sarcoma,
pneumocystis Carinii and AIDS-related diarrhea have been cleared up in remarkably short time, and in
those cases an increase in T-cell count was also noted--along with a significant improvement in general
health.
ML Yes, I heard a little bit about that at the clinic. But how does it work
CW Well, at first glance the MPG appears to have several effects: it kills bacteria, stops the
growth of cancer cells, and increases the production of T-cells. But in the final analysis these may be all
caused by the same basic mechanism.
ML What's that
CW You see, every living cell has its own tiny electrical system. We can actually measure the
voltage of a cell, just like you measure the voltage of a car battery. We call this voltage the
transmembrane potential, or TMP for short. This is the voltage between the inner and outer skin, or
membrane of the cell. In a normal, healthy cell this is about 60 or 70 hundredths of a volt--60 or 70
millivolts. When a cell is sick or injured, it cannot operate properly and it loses its charge. You might
say its battery runs down.
ML How does a cell get sick
CW Oh, it could be infected with a parasitic microorganism, or cut off from its source of
nutrients and blood supply to the point where it is starving. In fact, although "sick" is probably not the
proper term for a third situation, a form of starvation is the basic mechanism of cell reproduction. You
see, when a normal cell grows bigger and bigger, two things happen: its outer skin or membrane stretches
and becomes thinner, and the ratio of volume to surface area increases to the point where it cannot absorb
enough nutrients to sustain its bulk. It begins to starve and lose its ability to generate the electrical
potential it needs for normal operation.
ML Hmmm, yes, I think I can see that. Like a fat man on a thin man's diet.
CW Precisely. And when the membrane voltage, the TMP falls by 80% or 85% to somewhere
around 12 to 15 millivolts the starving cell--in a last attempt to survive--divides itself into two "sister"
cells. The volume-to-surface ratios are greatly reduced, the membranes become thicker and more
functional, nutrient requirements are lowered, the TMP bounces back to normal, and we have two healthy
cells in place of one fat starving one.
ML I think I'm getting a little confused. Now you are talking about a normal process of cell division,
but what's that got to do with my case--or the other cases you mentioned
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