Cure diseases and more with electricity? Has anyone seen this yet?

[happyfunball]

a former friend of mine once said,
that parasites could not stand DC electricity.

that when DC electricity is run through the body,
the parasites get out of the body,
in any way that they can.

one such person had the parasites coming out,
around his eyeballs.



human tissue can ignore a much higher amount of DC electricity,
than parasite tissue can ignore.

because human cells are larger,
and run on higher levels of bio-electricity.

which is the main reason for the differences in tolerance.

Interesting

[amigo]

nitinnun can you elaborate more on this. How should the DC be administrated, what levels should one use, how many times should it be performed, when should it be performed...

If I may chime in while waiting nitinnun to respond...

Voltage is not an issue - current is.

Current levels should be below perception, so sub 1mA currents. If you search the Web there are places that outline the acceptable and dangerous levels, such as this one: http://www.osha.gov/SLTC/etools/construction/electrical_incidents/eleccurrent.html

Never connect opposite parts of your body so that current flows through your heart.

Only use battery power and never directly connect to the power grid, even if there are isolation transformers and/or other protection devices - can't stress this enough.

Pulsed DC would most likely be closer to nerve impulses than continous DC, thus some kind of circuit-interrupter and perhaps a polarity changer while at it, but I guess that's optional.

[onthecuttingedge2005]

If I may chime in while waiting nitinnun to respond...

Voltage is not an issue - current is.

Current levels should be below perception, so sub 1mA currents. If you search the Web there are places that outline the acceptable and dangerous levels, such as this one: http://www.osha.gov/SLTC/etools/construction/electrical_incidents/eleccurrent.html

Never connect opposite parts of your body so that current flows through your heart.

Only use battery power and never directly connect to the power grid, even if there are isolation transformers and/or other protection devices - can't stress this enough.

Pulsed DC would most likely be closer to nerve impulses than continuous DC, thus some kind of circuit-interrupter and perhaps a polarity changer while at it, but I guess that's optional.

Go on Amigo, I want to hear what the safe levels of DC are from Nit, I am contemplating the moment. I know that just 12 volts was used in Vietnam to torture POWS.

[broli]

I think we need a dedicated thread on building a new and improvement bob beck pulser. Groundloop is extremly talented in board layouts so the project would benefit tremendously with his help. Most pulsers out there cost around 200$ which is quite expensive for a lot of people.

The goal of this thread should be designing a very low power and low cost pulser. It never made sense to me that old pulsers used 7! batteries to deliver 27V at micro amps. It's ridiculous. Ideally the circuit uses 1-2 AA batteries with a DC boost converter IC. Perhaps a very low voltage and low power double timer can both serve as the frequency controller and way to switch on a buzzer every 7 minutes like Ironhead mentions. This way the user doesn't need to keep track of the time himself. Some other features can be added.

The only person I know on this forum who can do this is Groundloop. I suggest if he takes on the project, to sell them as kits at an economical price. The bob beck pulser must be resurrected, it's so stupidly simple.

It will mainly depend on Groundloop or something else with a rich electronic background, but who's interested in this project of redesigning the bob beck pulser.

[IronHead]

The simple way, Arduino with LCD menu so you can easily change any perimeter with out rebuilding the hardware. It is what I use.
The PWMs will do 0 to 400khz in any step with the menu buttons.

http://ebnstore.net/index.php?page=shop.product_details&flypage=flypage.tpl&product_id=7&category_id=2&option=com_virtuemart&Itemid=2