Electro-Biohacking, Influencing Gene Expression w/ HV by Aaron Murakami

[Aaron Murakami]

Throughout almost three-hundred years of experiments, field trials, stringent academic research, etc. it has become indisputable that simply using electrostatic potential can drastically alter how plants grow.



Get your hands on this powerful information now: Electro-Biohacking by Aaron Murakami

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That was the inspiration to move into other experiments where germinating seeds and fertilized fish eggs were treated and something very unexpected happened. Growth not only increased, but the gene expression changed!

When corn seeds were treated, they went on to grow corn that had 5-12 ears of corn per plant!

When fern spores were treated, they grew into a fern that had been extinct for over 1 MILLION YEARS! Top image is the normal fern you seen today. The one below that is what grew after the treatment and fossil evidence shows that the non-micro serrated fern leaves have not been in existence for over 1 Million years!

The video excerpt below does not go into this amazing and unusual but highly beneficial effect, but is but a small sample of what is discussed in this presentation.


High Voltage seed treatment simply supplies the potential for germinating seeds (or eggs) to access the dormant genetics that are ALREADY inside the DNA. Therefore, no genes are changed, the potential is there to simply access the genetic programming that nature itself has built into the plants.

The potential is for larger and faster harvests with higher quality food, less fertilizers and little to no herbicides or pesticides. And, for the fact that it takes almost no energy to accomplish these amazing benefits, we could very well be on our way to abundant food production for the entire world without crossing the danger zone that GMOs are known for.

Get your hands on this powerful information now: Electro-Biohacking by Aaron Murakami

Get 25% off for a limited time with this coupon code: BIO25

[Branch Gordon]

Hey Aaron-

How would you rate the difficulty of being able to build an electroculture device for experimentation in my aquaponics system, using the package above? Easy for the average builder, or requiring more advanced skills/tools?

I have a large system, 3500 gallon fish pond and a 30x30 space with multiple grow beds. Very interested in this tech...

[Mr_Pither]

Hi Aaron,
I would like to know if within this package there are instructions for a person with some basic electrical knowledge to build a seed zapping machine.
I ask because I read this, "REVEALED: The Simple Method that any Proficient Engineer can Experiment with -"

I've been interested in electroculture for some time but always hit a road block of some sort. I made a little copper rod with copper spiral do dad that John Bedini talked about somewhereand stuck it next to a peach tree, but I cannot say for sure if it is of any benefit. It's been there for a couple of years but I do not see much change from the previous years. In other words, no rapid or noticeable changes to regular growth or fruit quality that I can notice.
I think in the Cejka files, ( I don't remember where i got it from), there was a paper on making single loop copper wire wiz-bang that would sit on the rim of pots, one end bent into the dirt and the other end pointing toward the sky, that I will be trying once I get my hands on some 12 gauge enamelled copper wire or if I enamel coat some bare wire I have here.

I'm guessing that there are other electroculture techniques within the package as well?

Thank you for your time Aaron,
Mike

[Aaron Murakami]

Hey Aaron-

How would you rate the difficulty of being able to build an electroculture device for experimentation in my aquaponics system, using the package above? Easy for the average builder, or requiring more advanced skills/tools?

I have a large system, 3500 gallon fish pond and a 30x30 space with multiple grow beds. Very interested in this tech...

Hi Branch and Mike,

The concept is very simple - the hardest part will be in finding a suitable HV transformer - has to be a potential transformer that is suited for being open circuit on the HV side permanately. Microwave oven transformers and others like that are designed for current to flow and are not good. Basically, you rectify the HV output and put a cap across it to make it HV stead DC potential at 2 plates. This is common in most hv electroculture methods.

For this gene expression changing method, it is basically that setup, but it is much higher voltage per cm that is normally used in electroculture methods and I mean a lot more. The patents I included have some of those protocols. I'll be adding more info to that package later. When I can find a reliable source for these kind of transformers that don't cost a fortune, I'll put together a standardized schematic and parts list for the build.

Mike, the presentation shows the history of electroculture and the common methods, but it's focus is to lead up to the gene expression changing concept.

[Mr_Pither]

Thank you once again Aaron.

Mike

[Branch Gordon]

Thanks Aaron! I'll probably wait until you or someone is able to find a cheaper/reliable transformer, and then purchase. I can do some great experimentation here and validate results if we can get a good standardized, cheap build going.

Hi Branch and Mike,

The concept is very simple - the hardest part will be in finding a suitable HV transformer - has to be a potential transformer that is suited for being open circuit on the HV side permanately. Microwave oven transformers and others like that are designed for current to flow and are not good. Basically, you rectify the HV output and put a cap across it to make it HV stead DC potential at 2 plates. This is common in most hv electroculture methods.

For this gene expression changing method, it is basically that setup, but it is much higher voltage per cm that is normally used in electroculture methods and I mean a lot more. The patents I included have some of those protocols. I'll be adding more info to that package later. When I can find a reliable source for these kind of transformers that don't cost a fortune, I'll put together a standardized schematic and parts list for the build.

Mike, the presentation shows the history of electroculture and the common methods, but it's focus is to lead up to the gene expression changing concept.

[Gary Hammond]

Hi Aaron,

...................The concept is very simple - the hardest part will be in finding a suitable HV transformer - has to be a potential transformer that is suited for being open circuit on the HV side permanately. ........................

What voltage is required for the electroculture device? Would the voltage of an insect zapper be high enough? They run continuously at open voltage on the secondary.

[Aaron Murakami]

Hi Aaron,



What voltage is required for the electroculture device? Would the voltage of an insect zapper be high enough? They run continuously at open voltage on the secondary.

That might actually work.

At the most, 1500 v/cm down to 750v/cm - there is some variation below and above that. I'm in contact with someone that has been doing this for 20 years and each seed has a specific range - trying to get more details.