Re: I agree with what you explained but that was not what i meant.

>- my body's resistance is about 10 kohms,

How are you measuring this?

>- You can determine your body's resistance by attaching your VOM to the wires at the end of your hand pads with salt water on your hands (not using the zapper, so detach the ends of the wires that normally are plugged into the zapper, attach them instead to your VOM leads

This is good. It just does not provide good data in your case. Get a 1 percent 10 k-ohm resistor to compare against. Also, there is a difference between DC resistance and pulsed DC resistance which is what you actually need to measure.

>- 0.8 milliamps,

This should be informative! According to most published information, the body can not feel any current less that 4.0 ma with rare exception. According to Colorado State Univ., a 150 Lb man or woman can percieve 5.2 ma DC but needs 12 ma at 10 kHz AC. If you are sensing an electrical current then it is probably over 4 ma and your meter readings have a problem. Shock, not painful appears at 9 ma DC and 17 ma at 10,000 Hz AC.

Sorry, they do not provide figures for 2500 Hz.

>- Zappers are likely very hit or miss when it comes to parasites.

Agreed, this is why our zappers have multiple frequencies. 2 frequencies give twice the chance of hitting the right frequency, 8 frequencies gives 8 times the chance.

>- The best method would be to determine exactly what parasite that you have and zap at exactly the frequencies that are associated with that parasite

Agreed, but sadly, there are not any cheap devices that work well. It takes at least several months of extensive use to even get close with a syncrometer. Machines such as a QXCI/SCIO are very expensive.

>- Another method would be to use a function generator and slowly increase the frequency a little bit at at time. When you notice some sensations at a particular frequency

This can work but is actually less accurate and very time consuming.

It appears that you are trying to do good work and I applaud that effort. Your readings of 10 k-ohm are way outside of anything that I have found in all of the evaluations that I have seen. I suggest that your meter has an error or something else is amiss. Even your report of feeling 0.8 ma backs that up.





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