Date:   1/21/2008 1:59:36 PM ( 16 y ago)
Hits:   2,308
URL:   https://www.curezone.org/forums/fm.asp?i=1091434

>- Why didn't the virus inside the parasite die with the first zapping?

I have spent a lot of time observing microbes under the microscope while they were being zapped and can offer a few reflections.

It appears the pulses from the zapper affect the structure of the cell wall in microbes such as protozoa, bacteria, fungi, algae, etc and I assume the same for viri although this is almost impossible to prove.

Some microbes are almost immediately dispatched and destroyed by the pulses while others take a longer time. When the cell walls of protozoa break up, the internal contents are relaesed into the surrounding fluid. If there are viri or bacteria present, then they will be released into the fluid.

Since the cell wall absorbes so much of the energy applied, it probably protects internal organelles and other microbes that are contained within from the signal. This provides protection to these other organisms.

Another factor is that many microbes can form spores which are somehow protected from cell wall damage. These spores can somehow sense their environment and will remain as spores if there are a lot of their species present or if it senses environmental threats. For this reason, zapping for an hour or two or three continuously does not produce as good of results as 7 minutes on followed by twenty minutes off repeated three times. I have had customers who have tried many methods and have evaluated much of the data that they sent to me.

The results show some interesting aspects.

a) Zapping for 10 minutes produces slightly better results then 7 minutes.

b) Using 2 different frequencies at 7 minutes each produces better results than just one frequency. This is normally done 7-7-20-7-7-20-7-7. Seven minutes on the first frequency , seven minutes on the second, twenty minutes off, repeat three times.

c) Zapping 4 times produces better results than zapping 3 times in a session does.

So it is easy to conclude that there is more than one factor involved.

1) Some microbes are killed more easily by one frequency while others are more affected by a second frequency.

2) Some microbes have other microbes inside of them and these internalized microbes are protected by either the cell wall or the cell membrane that is present around the larger organism. These microbes may be killed after release from the host cell.

3) Some microbes produces spores that hibernate until environmental dangers have passed. These spores can actually be dormant for long periods of time. Scientists believe that they have found spores that have been dormant for millions of years waiting for the right conditions.


 

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