Gmxxnet Article Submission
Magnetic Biotechnology Analysis
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PseudoScientist © 2002, 2007, 2009
The following episode is a true description of magnetic reactors built and test results obtained from using these reactors within the authors's test areas.
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"Pseudoscientist" Page 45.
Chemical Reformulation
June: 2000
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Chemical Reformulation: Hair Growth Studies: June 2000
Johhn continued analysis of the basic Type I magunit reactor structure with a peripheral input coil assembly. He input low frequency AM tone signals into the peripheral coil unit and used a scanner radio to detect radiation from the magunit reaction zone. Strong FM output signals were detected at the fundamental frequency and harmonic frequencies up into the gigahertz range. Phase modulation was detected within the wideband FM emissions.
He thought the anomalous crystalline structure and anerobic microorganism growth observed during previous magunit analysis might be caused by radiation conversion within the reaction zone. Johhn positioned the Type I magunit reactor into the test area, and he prepared chemical reagent cells for insertion into the magnetic assembly reaction zone
Johhn had been taking doxycycline for skin problems, and he noticed a slight increase in skin hair growth on his hands from this medication. He concocted a mixture of doxycycline powder and natural Vitamin E tocopherol oil to be formulated within the magunit reation zone. This mixture would be used to study reduction of scalp alopecia or baldness on his own scalp.
Doxycycline powder and natural tocopherol oil were crushed together within a clean mortar and pestle unit, and the oil mixture was placed into a reagent cell within the reaction zone. No cover was placed on the reagent cell, and the cell contents were open to ambient air. No signal waveforms or other energy was input into the peripheral coil of the magnetic rector.
The mixture slowly coalesced for 24 hours. The doxycycline powder appeared to be absorbed within the oil slurry. This mixture was further diluted with tocopherol oil and placed within a refrigeration storage area. Chromatographic analysis of this oil mixture formulation revealed micelle type composition with many unknown chemical compounds indicated on the printed chart analysis. Johhn did not have the resources to further identify these compounds.
No hair growth or skin irritation was observed after one week of application to Johhn's scalp. Then, suddenly, black colored hairs grew to a height of 0.5 inch all over Johhn's scalp alopecia regions. The hair follicles were unstable, and the new hairs fell out onto the pillow during the night sleep session. The entire new hair growth disappeared after one night's sleep.
Johhn further diluted the oil mixture formulation with tocopherol oil, and small blonde hairs started growing on his scalp. He had three dots tattooed onto his scalp in a triangular pattern, and a local dermatologist agreed to take weekly pictures of his scalp hair growth relative to the triangular pattern dots on his head.
When positive hair growth became evident, Johhn wrote to several pharmaceutical companies with a brief description of his test results. Roche sent a letter back asking for more information. Johhn wrote a second letter briefly describing his "tetracycline based tocopherol oil mixture" which was formulated within a compressed magnetic field reactor. No further response was ever received from the Roche scientific group.
Johhn was not certain whether Roche had lost interest because of possible side effects from such a "tetracycline based" mixture or whether his alopecia formulation caused conflict with product development within their test laboratories. Then, seven weeks into these hair growth studies, one vein enlarged within Johhn's rectal area, and he abruptly stopped application of the doxycycline oil mixture to the scalp areas.
Johhn's hair growth progress had reached impasse with moderate hair growth coverage. He believed that the vein enlargment side effect was caused by excess doxycycline concentration. Johhn did not have resources to continue hair growth testing with much diluted doxycycline oil concentrations, and he did not know how to get venture capital agencies interested in hair growth formulation.
Johhn added an electronic signal generator to input 84 hertz square wave tone signals into the peripheral coil of the magnetic reactor assembly. He repeated the NaG test which previously created flat layered crystals with XLF signal input, but no anomalous crystalline structure was generated. Tiny samples from the test residue solution were seeded onto areobic growth plate media, but no microorganism growth patterns were observed.
The internal conversion from amplitude modulation signals into wideband FM signals with phase modulation within the reaction zone intrigued Johhn, and he set up tests to determine the effects of frequency activation within the reaction zone. He made two preparations of the doxycycline tocopherol mixture and placed them into separate reagent cells.
The first cell was placed into the reaction zone with 84 hertz square wave input into the outer peripheral coil. Cell bubbling action increased with the addition of low frequency agitation. The second cell was placed within the reaction zone with 150 Mhz sine wave input into the outer peripheral coil. The contents of the cell had vigorous bubbling action even though no heat was felt within the reagent tube. Each reagent cell was processed for 24 hours and then stored within a refrigeration unit.
Tiny samples from the reagent cells were seeded onto areobic growth plate media, but no microorganiism growth was observed. No change in the WFM radiation output was detected when the reagent cell was placed into or removed from the reaction zone. In all cases, the bubbling action was very evident, but no heat appeared to be generated within the reagent cell during the chemical reformulation process.
Johhn tentatively placed a small amount of the doxycycline tocopherol mixtures, from these frequency agitation tests, onto his scalp in sequential time periods. No further hair density increase or hair length changes were observed with these formulations. Johhn continued application of the original formulation, with much reduced doxcycline concentration, for the next several months with no additional hair growth or adverse side effects ...
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New Data
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