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Author Topic: Electronic Transmission of Antibacterial Property Into Water  (Read 309 times)

YanTing

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Electronic Transmission of Antibacterial Property Into Water
« on: November 19, 2018, 04:37:28 AM »

The Journal of Alternative and Complementary Medicine Vol. 24, No. 5 pp. 431-438

Electronic Transmission of Antibacterial Property Into Water at Extremely Low Frequency Range: A Preliminary Study

Iman Rad, Kamran Jalali
Stem Cell Technology Research Center, Tehran, Iran

Abstract

Objectives: The aim of this study was to assess the possibility of transmitting the “ampicillin” growth inhibitory property to pure sterile water.
Design: Three control groups were designed as references of bacterial maximal growth (MG). Different concentrations of ampicillin and pure sterile water used as “positive” and “negative” controls, respectively, and the bacterial cultures supplemented with water that merely exposed to the background carrier waves were set as “sham control.”
Settings: The electronic characteristic of the ampicillin solution relayed to the water and then it was added to the bacterial culture medium. By this treatment, water received both the carrier wave and ampicillin electronic properties at 1–105 Hz range.
Results: When the MG of the “treated water” and “positive control” dilutions is getting normalized against either sham or negative control, the treated water competently imitates ampicillin in a way that there is no significant difference with the positive control. These results will be affected to some extent by the time of electronic transmission and the inoculation concentration of bacterial culture. Comparison of electromagnetic signal patterns of “treated water” with the “positive control” shows that they are more similar to each other rather than negative control.
Conclusion: It is believed that the extremely low frequencies can facilitate electronic transmission of ampicillin supramolecular chemistry into water. Imprinting such a property in water could be the result of durable structural configuration in treated water.

https://www.liebertpub.com/doi/abs/10.1089/acm.2017.0280

Excerpts:

"The response of the biological object to the therapeutically delivered signals is interpreted as biophysical resonance.1 This type of resonance between electromagnetic signals (EMSs) and water molecules is theorized to induce arranged structure in water that is then referred as coherence domain (CD).2 In addition, it was already reported that the quantum electrodynamic concept of living matter may explain how water resonance enables the aqueous system to 'record' information in an efficient and long-lasting manner.3

"Basically, this peculiar property of 'structured water,' or in some literature called 'memory of water,' remained a major international controversy because of the difficulties to reproduce the results by other teams.3 For example, it was found that the emitting EMSs are transmissible from a tube that contains an emitter DNA dilution to another tube that is filled with 'naive' water.4

"Very weak natural EMSs at extremely low frequency (ELF) range (1–60 Hz) are generated in the earth ionosphere cavity. These frequencies are an intrinsic feature of the Schumann resonance (SR) that is also found as a feature of the sensor coils and amplifiers used by Parra and his group to detect SR.4,5

"The electric conductivity resembles the supramolecular self-organization and permanent polarization of water. Very dilute aqueous solutions (with the order of lower than 10-4 M concentrations) generate long-lasting (cold) vortices in crystalline-like-structured super fluidic domains.6 Treatment of distilled water with low-frequency electromagnetic field provides the mandatory renewable energy target water that has a high level of long-range dynamic structuring of polarized-oriented molecules in multilayer formations.7

"Treatment of water with ultraweak electromagnetic emission changes the property of water in some way.8 The magnetized water becomes different in pH, conductivity, evaporating temperature, and the total count of bacteria.9 The existing controversy over water's diamagnetic property could be monitored spectrographically for the study of postexposure properties of magnetically induced water.10 It would later describe periodic fading voltage fluctuations of water used as a dielectric that brings up the assumption that 'long-term changes in water properties mediate the effect of electromagnetic fields on biological systems'.11

"Transfer of bioinformation in bioresonance therapy devices such as MORA and BICOM involves induction of biological noise transition. This informative noise is then transmitted through audio format.12 The electromagnetic coupling is also known as the basis of the information transfer. When the device noise (a white noise) is used as a carrier wave for the signal, there would be a need for stochastic synchronization and stochastic resonance between the signal and the carrier. Hence, it is believed that its representation would be turned out like a noise itself.1,13 There are other reports in which the biological information or medicine could be transmitted to water through ELF electromagnetic waves.14–16 Here, the authors intend to do a new experiment in which to see whether the ampicillin property (or its 'information') can be copied into the water."

"The equipment used for electronic transmission comprised a bioresonance therapy device, Bicom version optima by Regumed (SN B021204.1412; Regulative Medizin Technik GmbH, Germany). The transmission procedure performed was in accordance with J. Antonio Heredia-Rojas et al.18 with the difference that in this case ampicillin was electronically transmitted for 1–5 h to 3 mL of deionized water. Signals were recorded every 30 sec during 30 min of transmission. The maximum time that the Bicom device allows signal transmission is 30 min. For longer transmission times of 1–5 h, the same procedure is repeated. The maximal range that the spectrum analyzer can apply the Fourier transform is 0.01–1000 Hz, so the authors could not check signal transfer at higher frequencies."

"During the transmissions, antibacterial property relayed from the input cup to the output cup of the BICOM Optima device (Fig. 1). Signals are transmitted through a Polyvinyl chloride (PVC)-insulated copper wire with 5 mm banana connectors at the ends. The output cup always contains double distilled sterile water and the input cup was either empty (for sham control treatment) or filled with 10 µg/µL of ampicillin (Fig. 1B). The electronic characteristic of the ampicillin solution transfers to the water through a rapid sweep at 1–105 Hz that is so-called normal range. The frequency of sweep took 180 sec with 10 times of amplification. Any electronic signal that comes out of the ampicillin solution is detected through this sweep. Then, it would be relayed to the water in the output cup. The BICOM device was turned on for 1, 3, and 5 h of transmission and the treated double distilled water was then sterilized by a mixed cellulose ester syringe filter (Millipore™)."

"The EMS patterns of ampicillin are usually detectable in time intervals of 120 to 180 sec. Hence, all of the marked frequencies of SR range are not present with the same amplitude in each pattern. However, the extended time of data transfer (1–5 h) guarantees the relay of all detected Fourier transformed frequencies."

[Discussion ]

"Management of bacterial infection by broad spectrum antibiotics is no longer guaranteed.19 New approaches are needed to meet the increasing wave of resistant strains. However, the role of water 'as a solvent' is always neglected on how the designed antibiotics function.

"When I-Amp and ampicillin are normalized against sham, both of their MG diminishes at higher dilutions with less fluctuation compared with the time that are normalized against negative control. Hence, the sham control is the source of fluctuations in the MG profile and its positive impact on the MG of E. coli can overshadow the inhibitory impact of I-Amp."

"The 'right shift' phenomenon shown in Figure 4 depicts that imprinting ampicillin property in water is dependent on the time the transmission occurs. It was also confirmed that a minimum of 3 h transmission is needed for the current protocol till the I-Amp MG meet its positive control equivalents.

"On condition that the EMS pattern of negative control is different from I-Amp in the entire spectrum, the I-Amp shares a high similarity with the positive control (ampicillin). The more similar the electronic transmission profile of ampicillin and I-Amp gets, higher the possibility of copying the ampicillin property (or its 'information') into water is expected.

"The averaged EMS patterns of I-Amp, ampicillin, and intact water at 0.01–50 Hz (SR range–Fig. 6A) are more similar compared with the observed EMS patterns at other ranges. If subtle variations at 0.01–50 Hz range that could tune either the emergence or collapse of certain peaks at higher frequencies are acceptable, it would be analogical to the breakdown of rotational symmetry in dipole waves that turns into the appearance of CD. By the way, not to forget that the 'meaning' of the EMS pattern and CD are still semantic contents.

"In conclusion, in the whole spectrum of 0.01–1000 Hz in which the authors monitored the signal transfer, there are two areas of 0.01–200 and 550–700 Hz that I-Amp and ampicillin share a similar frequency pattern (specifically in 125 and 638Hz)...However, transmission of biological information is not merely due to specific frequency components embedded in the noisy spectrum. Rather, the response of the E. coli cells could be due to a more inclusive set of frequency patterns, which might not easily be reduced to the analysis by standard signal processing techniques. The transformed signals that are reported in this study do not imply that bioinformation is transmitted by certain frequencies, but they might be considered as indices of signal imprinting."

[Conclusion]

"Achieving higher growth inhibition needs reinforcing the stochastic resonance between the noises of the biological sample and the device. It could then be considered as a model study in other complementary medicine approaches such as homeopathy and telemedicine."




Comment: BioResonance therapy is discussed here:

https://www.quackwatch.org/01QuackeryRelatedTopics/Cancer/bioresonance.html
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