>- Still the same old blurry video...

Yes, I agree David. The video is terrible and I will replace it in time. But for the present, I barely have time to come and post on CureZone as I am swamped with orders and have been for the last month and a half.

I do have a new camera for my microscope but need the time to set up a new computer as the old one is not powerful enough.

>- What voltage (min, max) ? What frequency ? What waveform ? What duty cycle ? What eletcrodes ? Where the electrodes were put ? During how much time ?

That video was produced using a ParaZapper CCa which had an output of 9.5 volts peak on a fresh battery at a frequency of 2500 Hz +/- 5% ( I believe that the unit used was 2490 Hz ), Square wave at approx 51 percent duty cycle. The test was repeated several times using copper, brass, and aluminum electrodes. The electrodes were 1 inch by 1 inch and were glued to the microscope slide and cured for one week. A cover slip was placed so that it bridged from one electrode to the other, keeping the water in contact.

One reason for the blurriness is that the depth of the water sample was deeper than the field of focus of the microscope so that as protozoa swam by, they would pass in and out of the field.

The time to complete destruction was 7-/12 minutes. If the zapper was turned off before 7 minutes, some of the microbes would recover in a few minutes and swim away.

As for the slide, there were actually many different microbes, including bacteria, protozoa, fungi, and even rotifers present. While I concentrated on the protozoa, all microbes were destroyed by the end of the test.

Thank you for the valid criticism of the video. Currently, It is the best that I can offer. Also, as a note, when I first put it up, it did not mention ParaZapper, and other sellers tried to use it for their zappers. This video is only good for zappers that have the CC technology as that was used in the test.