JP2000245813A - Method for measuring frequency of electromagnetic wave and method for killing and eliminating microbe or the like - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a method of verifying localization of microbes (including virus) infecting or parasitizing a living body and a method of selective or indis criminating killing or eliminating xenobiotics. SOLUTION: In this method, localization of microbes (including virus) which infect or parasitize a living body or substances which deposit in the living body is identified by electromagnetic resonance, then the same frequency as the frequency of electromagnetic wave generated by the macrobes or substances is generated to irradiate or apply to the microbes (including virus) which infect or parasitize the living body or substances which deposite in the living body. Thereby, they are selectively or indiscriminatingly killed or eliminated.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for measuring the natural frequency of an electromagnetic wave radiated from a living organism, a substance or a living body part, a method for selectively or indiscriminately killing microorganisms (including viruses) in a living organism, And a method for promoting selective excretion of deposited metal elements.

[0002]

2. Description of the Related Art It is already known that irradiation or application of pulse current, direct current or alternating current to a solution containing microorganisms has a bactericidal effect. Its bactericidal effect is verified by comparing the number of viable bacteria that have been irradiated or applied with a pulse current, DC current, or AC current to a solution obtained by culturing a known microorganism that is a sample, and the untreated one. Is described as having a function of partially dielectrically destroying (irreversibly destroying) the cell membrane and causing the cytoplasm in the cell to flow out (Japanese Unexamined Patent Publication No.
-68268). Microorganisms (including viruses) in living organisms
For infections caused by microorganisms, pathological diagnosis based on the chief complaint and / or microorganisms (including viruses) by biopsy
Identification is performed and treatment is prescribed with an antibiotic or vaccine. In the case of multiple infections, specific antibiotics or vaccines are prescribed. As for the localization diagnosis of deposited metal in a living body, there is a radiological diagnosis using an isotope.

[0003]

This has the following disadvantages. The premise of the method of evaluating the bactericidal effect on microorganisms and the like in a solution by applying a current is to visually count viable bacteria including image processing measurement. Therefore, since the observation is limited to the observation of the surface layer, it is impossible to measure the effect of the current application on the microorganisms in the living body. In addition, the bactericidal effect of the alternating current is fixed to a constant frequency, for example, 50 Hz, and merely demonstrates the correlation between the energization time and the bactericidal effect on known microorganisms. There is no context for.
Furthermore, no verification methodology has been established to determine whether the bactericidal effect is selective or non-discriminatory.

[0004] The infected site is visually identified with an endoscope or the like,
The method of invasively removing the living tissue is limited to removal of a site having an appearance characteristic of an infectious lesion on a surface layer, and it is difficult to find a microorganism (including a virus) concealed and infected in a deep layer. It is. In the case of identification by bacterial culture, not only long culture time is required, but also in the absence of a reference bacterium, identification becomes impossible, and an appropriate antibiotic cannot be prescribed.
Further, since the inspection by the endoscope and the removal of the living tissue itself are invasive, a new infectious disease may occur.
Even if it can be identified, it is often the case that resistant bacteria have already been formed and the effect of the administered antibiotic itself is lost. The pharmacological prediction of compound side effects due to the interaction between multiple antibiotics is virtually impossible.

[0005] Regarding the localization diagnosis of deposited metal in a living body,
There is radioisotope diagnostics, but it is not only premised that the radioisotope to be tested is administered to the human body,
Handling of radioactive materials is dangerous.

In the case of applying a current to a living body, if the direction of application is constant, electrolysis and polarization appear. Hydrogen gas appears around the negative electrode, and oxygen gas bubbles appear around the positive electrode. This is 10 to 2 when using DC 3V or more.
If it appears within 0 seconds and has a very long pulse width,
After a relatively long use, sodium hydroxide appears around the negative electrode and becomes strongly alkaline, and around the positive electrode hydrogen chloride comes out and becomes strongly acidic, causing necrosis around the electrode. May occur. The present invention has been made to eliminate these disadvantages.

[0007]

An electromagnetic wave having a known frequency is irradiated on an object to be measured which emits an electromagnetic wave having a natural frequency,
By examining the presence or absence of electromagnetic resonance, the method of measuring the frequency of electromagnetic waves emitted from the object enables non-invasive detection of the localization of microorganisms (including viruses) or substances in the living body. enable.

[0008] A single or a plurality of specific microorganisms (including viruses) by irradiating or applying an electromagnetic wave having the same frequency as the frequency of the electromagnetic waves radiated by the microorganisms (including viruses) in the living body The method of selective killing minimizes the use of antibiotics and provides treatment options to kill pathogens.

[0009] By selectively irradiating or applying an electromagnetic wave having the same frequency as the frequency of the electromagnetic wave radiated by the metal to the deposited metal element in the living body, the selective excretion of one or more specific metal elements is promoted. This method not only makes it possible to prove the existence of metal element deposition in the body, but also makes the influence of the deposited metal element on biological functions into a pathological view.

A method for indiscriminately killing microorganisms (including viruses) by applying a pulsed current to microorganisms (including viruses) in a living body provides emergency treatment even in a situation where a pathogenic bacterium cannot be identified. Not only can it be taken, but it can also prevent the development of resistant bacteria.

When a pulse current is applied to a living body, a device having a circuit for periodically switching the current application direction so that the positive and negative applied amounts are the same in order to prevent electrolysis and polarization is applied. It is possible to eliminate side effects on the living body.

[0012]

The operation is verified by a bi-digital O-ring test (hereinafter referred to as an O-ring test) of US Pat. No. 5,188,107 which enables detection and measurement of electromagnetic resonance. In this O-ring test, the reaction of the brain to muscle tonus (tension), which was perceived by a minute biological stimulus such as a pressure stimulus or an electromagnetic field of a substance, was determined by a test subject using a two-finger ring (hereinafter referred to as an O-ring). (Referred to as “ring”) is a method in which the examiner pulls his / her finger in parallel to the left and right, and examines the change in muscle strength of the subject who resists the finger. The presence diagnosis (localization diagnosis) method in the diagnosis by the O-ring test is called a resonance test, in which electromagnetic waves having the same frequency and phase are radiated from those having the same molecular structure, and two substances are emitted. Are based on the principle that when both have the same molecular structure, a resonance phenomenon occurs between them. When a hand senses an electromagnetic field having the same frequency and phase as those present in the body, a resonance phenomenon occurs, and muscle strength decreases through the brain. When a small amount of sample is placed on the palm as a control substance for resonance and the muscle strength of the O-ring weakens,
It is thought that the same substance exists in the body. By devising the type of sample, physiology, biochemistry, bacteriology, and pathological diagnosis can be performed. For example, if a bacterial infection is suspected, prepare a bacterial preparation in pure culture, such as Staphylococcus aureus or hemolytic streptococcus, and determine which tissue preparation will cause a resonance phenomenon. Can make a clinical diagnosis. The O-ring test is an auxiliary diagnostic method that is performed as a medical examination before diagnosis using a normal medical latest testing device. In addition, strict muscular strength measurement using a device has been proposed in JP-A-9-19422 and JP-A-9-19423.

As a result of intensive studies on the O-ring test, the present inventor has found a new application method of the O-ring test. When the signal cable of the frequency generator was bent and grasped, the fact that the O-ring opened regardless of the frequency value was obtained. In addition, with the two frequency generators, both generators were set to the same frequency, and the O-ring opened when the two cables were grasped, and did not open at different frequencies. That is, it was confirmed that the resonance of two artificially generated electromagnetic waves can also be determined by the O-ring test. The methodology obtained here irradiates an electromagnetic wave of a known frequency to the measurement object whose frequency of the radiated electromagnetic wave is unknown, and the frequency value at the time of resonance detection matches the frequency of the radiated electromagnetic wave of the measurement object. That's what it means. Thus, the preparation of S. aureus placed on the palm was irradiated with an electromagnetic wave of a known frequency by a frequency generator, resonance was confirmed by an O-ring test, and the frequency value of the electromagnetic wave emitted by the preparation was obtained. . Similarly, the frequency values of the electromagnetic waves emitted by the pure sample of mercury were obtained. Furthermore, in advance, the resonance is measured between the pure sample of the metal and each part of the human body, the deposition site of the metal is acquired, and the same frequency as the electromagnetic wave emitted by the metal is artificially output by the frequency generator. Then, when the user pointed to a site where the deposition of the metal was confirmed in advance while grasping the output cable, the O-ring opened.
Similarly, in advance, by examining the resonance between the preparation of Staphylococcus aureus and various parts of the human body, to obtain the localized site of the bacterium, and to artificially obtain the electromagnetic wave of the radiated by the bacterium already obtained by the frequency generator. The same frequency as the frequency was output, and the O-ring was opened when the user confirmed the localization of the bacterium while holding the output cable and pointed to the site.

From the above, it has been confirmed that the electromagnetic wave of the frequency output from the frequency generator can be replaced with a sample.

Regarding the selective killing action of specific microorganisms (including viruses) by irradiating or applying the electromagnetic wave of the natural frequency, a plurality of microorganisms (including viruses) are treated with one specific microorganism (including viruses). (Including virus)
When an electromagnetic wave having the same frequency as that of the natural vibration is applied, only the specific microorganism (including a virus) resonates and absorbs the energy of the electromagnetic wave and selectively obtains kinetic energy. If the resonance absorption capacity is exceeded, the tissue is destroyed and killed.

Regarding the exfoliating action of the metal element deposited on the cell by irradiating or applying an electromagnetic wave having a resonance frequency, when a metal element is applied with an electromagnetic wave having a frequency that resonates with natural vibration, the metal element resonates and absorbs the energy of the electromagnetic wave. Specifically, the metal element obtains kinetic energy, and the kinetic energy releases the metal element deposited on the tissue wall. The withdrawn metal element enters the bloodstream, passes through the liver and kidneys, is collected in the bladder, and is excreted outside the body.

Regarding the indiscriminate killing of pulsed currents on microorganisms (including viruses), the intermittent positive charge inhibits the metabolic functions required for the synthesis of the cell walls of microorganisms (including viruses), By activating an enzyme that destroys the cell wall, the intracellular cytoplasm of the cell flows out and is killed.

In the circuit for preventing electrolysis and polarization when a pulse current is applied, the four switches are periodically switched in a fixed pattern to neutralize the polarity effect on the living tissue due to the current.

[0019]

Embodiments of the present invention will be described below. (1) Example of frequency measurement and acquisition of radiated electromagnetic waves of microorganisms (including viruses) in a liquid. Set the output waveform of the frequency generator to a sine wave. With the ground side open, clip the crocodile clip at the end of the lead wire on the signal output side to the conductive pipe and hold it with the sachet containing yogurt in the left palm (or with the index finger of the hand holding the electrode). Refers to the dish with yogurt). The O-ring test is repeated while continuously changing the frequency, and the frequency at which the O-ring opens greatly due to resonance is recorded. Analysis result of resonance spectrum is 275K
Hz, 365KHz, 465KHz, 705KHz, 805KHz, 960KHz, 1010KH
z. The sample having the acquired resonance spectrum is hereinafter referred to as “reference reference solution”.

(2) Example of selective killing of a single specific microorganism (including virus) in a liquid. For the reference liquid, set the output waveform of the frequency generator to sine wave at 705 KHz, one of the resonance spectra. A pipe electrode is attached to the ground side, and a crocodile clip at the tip of the lead wire on the signal output side is clipped to the conductive pipe, immersed in the reference liquid, and applied for 3 minutes. After the application, the resonance spectrum is examined again. The analysis results of the resonance spectrum using the O-ring test were 275 KHz, 365 KHz, 465 KHz, 80 KHz.
It becomes 5KHz, 960KHz, 1010KHz, and only 705KHz is not detected in resonance.

(3) Example of selective simultaneous killing of a plurality of specific microorganisms (including viruses) in a liquid. 365KHz and 465KHz respectively with two frequency generators
And re-examined the resonance frequency after applying the frequency by immersing the two electrode pipes connected to the same pole of each coaxial cable in the reference liquid, and found that the original resonance frequency spectrum was 365 KHz and 465 KHz Is gone.

(4) Example of indiscriminate simultaneous killing of a plurality of microorganisms (including viruses) in a liquid. After applying a pulse current to the reference liquid for 7 minutes,
-Analysis of the resonance spectrum using the ring test did not detect all the frequencies that were initially present.

(5) An example of selective killing of a single specific microorganism (including a virus) and a virus in a living body. 65 year old woman. When the resonance between each part of the human body and the cytomegalovirus was examined by an O-ring test, there was resonance in the ovaries and both knees. After holding the electrode of the frequency generator in both hands and applying an electromagnetic wave having the same frequency as the frequency of the radiated electromagnetic wave of the virus preparation for 3 minutes, the O-ring test showed that the reaction of the virus in the ovary disappeared, but both knees disappeared. Joints are positive. Next, the positive electrode of the frequency generator was connected to an aluminum foil attached to the tip of the left foot, the negative electrode was grasped with the left hand, and an electromagnetic wave having the same frequency as that of the radiated electromagnetic wave of the virus preparation was applied for 3 minutes. As a result of an O-ring test on the knee, the reaction of the virus disappeared, but the joint of the right knee was positive. Furthermore, connect the negative electrode of the frequency generator to the aluminum foil attached to the tip of the right foot, hold the positive electrode in the right hand, apply an electromagnetic wave of the same frequency as the frequency of the radiated electromagnetic wave of the cytomegalovirus preparation for 3 minutes, and then As a result of an O-ring test on the knee, the reaction of the virus disappeared.

A 41 year old man. As a result of an O-ring test using a cytomegalovirus preparation, a positive reaction was found in the head tsumuji, both shoulders, both elbows, and both knees. For the head, the O-ring opens more when the skin preparation is added. The headphone electrode connected to the frequency generator was attached to the hairline on both ends of the forehead, and after applying an electromagnetic wave having the same frequency as the frequency of the radiated electromagnetic wave of the virus preparation for 3 minutes, the O-ring test was performed. Of the virus disappears, but the other detection sites remain unchanged. Next, the headphone electrode connected to the frequency generator was attached to the back of the binaural tab, and an electromagnetic wave having the same frequency as the frequency of the radiated electromagnetic wave of the virus preparation was applied for 3 minutes. The reaction of the virus on both elbows disappeared, but the detection sites on both knees of the lower limb remained unchanged. Furthermore, holding the electrodes of the frequency generator in both hands, applying an electromagnetic wave having the same frequency as the frequency of the radiated electromagnetic wave of the virus preparation for 3 minutes, and performing an O-ring test, the joints of the lower limbs and the knees showed no positive change. Finally, the electrodes of the frequency generator were connected to an aluminum foil attached to the tips of both feet, and an electromagnetic wave having the same frequency as that of the radiated electromagnetic wave of the virus preparation was applied for 3 minutes. As a result, an O-ring test was performed. The joint becomes negative.

A 41-year-old man. The right shoulder showed strong resonance with insulin-like growth factor I and herpes simplex type II virus. As a result of applying an electromagnetic wave having the same frequency as the frequency of the radiated electromagnetic wave of the preparation of the growth factor I, the growth factor
The resonance reaction of I disappeared. Next, after confirming the presence of resonance between the herpes simplex type II virus and the right shoulder, an electromagnetic wave having the same frequency as the frequency of the radiated electromagnetic wave of the virus preparation was applied. As a result, the resonance reaction of the virus disappeared.

(6) An example of selective simultaneous killing of a plurality of specific microorganisms (including viruses) in a living body. 65 year old woman. There were resonances in the kidney with herpes simplex type I virus, herpes simplex type II virus, and cytomegalovirus preparations. After simultaneously applying electromagnetic waves having the same frequency as that of the radiated electromagnetic waves of the preparations of herpes simplex type I virus and herpes simplex type II virus for 3 minutes using two frequency generators, the O-ring test was performed. The virus resonance disappeared, leaving a resonance with the cytomegalovirus.

(7) Examples of indiscriminate simultaneous killing of a plurality of microorganisms (including viruses) and viruses in a living body. A 41 year old man. She complained of pain in her right shoulder. Then, when the resonance with the preparation at the pain site was examined, resonance with the preparations of insulin-like growth factor I, herpes simplex type I virus, and cytomegalovirus was found. After applying the pulse current for 7 minutes, the sites of resonance detected with the three preparations were examined, and they were all non-resonant.

(8) Example of selective promotion of excretion of a single specific substance deposited in a living body. 40-year-old man. Using a pure aluminum sample and dissection preparation, the aluminum deposition site in the human body was
A close examination of the ring test showed that the kidney, spinal cord, arteries and veins, bladder, cerebellum, lymph nodes, bone marrow, skin, parathyroid,
A strong resonance response was obtained in the prostate and optic nerve. After the aluminum in the bladder was excreted from the body by initial urination and the degree of aluminum retention in the bladder was reduced to zero, the time until the aluminum resonance reaction of the bladder due to self-elimination became positive was measured. There were no aluminum positive reactions. Immediately before the second urination, the aluminum reaction in each part of the body was examined by an O-ring test, and after urination, the aluminum reaction in each part of the body was examined again. There was no. Immediately after applying an electromagnetic wave of the same frequency as that of the electromagnetic wave emitted by the pure aluminum sample for 3 minutes using a frequency generator, the aluminum reaction in each part of the body was closely examined. As a result, the bladder became a strong resonance. , Had been reduced to medium resonance. Further, after the third urination, the bladder resonance disappeared, and otherwise reduced to weak resonance.

(9) Example of selective promotion of excretion of a plurality of specific substances deposited in a living body. 65 year old woman. Using a pure sample of mercury and a pure sample of aluminum, the deposition site in the human body was closely examined by an O-ring test. As a result, a strong resonance reaction was obtained in the occiput, kidney, and bladder. As a result of excreting the mercury and aluminum in the bladder by initial urination, making the mercury and aluminum retention in the bladder zero, and examining the time until the mercury and aluminum resonance reaction of the bladder become positive by self-elimination, Positive reactions appeared in the bladder after 50 minutes for mercury and 55 minutes for aluminum. Immediately before the second urination, the mercury and aluminum resonance reactions in the occipital region, kidney, and each part of the bladder were examined by an O-ring test. After urination, the mercury and aluminum resonance reactions in the various parts were again examined and compared. The resonance disappeared, and there was no change in the degree of resonance other than in the bladder. Then, immediately after applying the electromagnetic waves of the same frequency as the electromagnetic waves emitted by the pure samples of mercury and aluminum with the two frequency generators for 3 minutes,
A close examination of the mercury and aluminum reactions in each part revealed that the kidney and bladder had strong resonances with both metals, the occiput had non-resonance with mercury and weak resonance with aluminum. Immediately before the third urination, the bladder had strong resonance with both metals, and the occiput and kidney had weak resonance.
After urination, the bladder resonance disappeared, and the rest of the bladder remained weakly resonant.

(10) An embodiment according to claim 4. The direction of application of the pulse current is changed over by four switches every predetermined time by providing the circuit of FIG. Switch a5 and switch d8 are closed, and switch b6
When the switch c7 is opened, the pulse current becomes ABCC-
It falls to ground via each point of DEFFGH. After a certain period of time, when the switch a5 and the switch d8 are opened and the switch b6 and the switch c7 are closed, the pulse current flows to the ground via each of the points A, B, F, E, D, C, and G. drop down. By switching the above-mentioned switching patterns after a certain period of time, the direction of current application to the human body can be controlled.

[0031]

According to the present invention, after acquiring the frequency of the electromagnetic wave emitted by a microorganism (including a virus) or a substance,
Electromagnetic waves with artificial frequencies can be used in place of samples. Further, since the acquired frequency values can be digitized and stored, not only a database can be constructed, but also a decrease in diagnostic quality due to deterioration or deterioration of the sample can be prevented. Selective killing of one or more specific microorganisms (including viruses) in a living body, promotion of selective extracorporeal elimination of one or more specific metal elements deposited in a living body, and furthermore, multiple microorganisms (viruses) in a living body ) Can be applied by applying or irradiating electromagnetic waves at the resonance frequency. In the future, the frequency of electromagnetic waves emitted from lesions will be examined non-invasively even for new resistant bacteria. The possibility of realizing health maintenance.

[Brief description of the drawings]

FIG. 1 is a circuit diagram showing an embodiment of pulse current polarity conversion.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Controller 2 Stabilized DC power supply 3 Current limiting resistor 4 Transistor 5 Switch a 6 Switch b 7 Switch c 8 Switch d 9 Human equivalent circuit

Claims (5)

[Claims] 1. A method for measuring the frequency of an electromagnetic wave emitted from an object by irradiating an object to be measured that emits an electromagnetic wave of a natural frequency with an electromagnetic wave having a known frequency and examining the presence or absence of electromagnetic resonance. 2. A single or a plurality of specific microorganisms (including viruses) by irradiating or applying an electromagnetic wave having a frequency measured and obtained by the method of claim 1 to microorganisms (including viruses) in a living body. How to kill selectively. 3. A single or plural specific metal element is selectively excreted by irradiating or applying an electromagnetic wave having a frequency measured and obtained by the method of claim 1 to a deposited metal element in a living body. how to. 4. A method for indiscriminately killing microorganisms (including viruses) by applying a pulse current to microorganisms (including viruses) in a living body. 5. An apparatus having a circuit according to claim 4, wherein when applying a pulse current to a living body, a circuit for periodically switching the current application direction so that the positive and negative applied amounts are equal to prevent electrolysis and polarization. .