How can resonance be used in medicine

It found that The study also found that after a year from treatment — which was only done once — Bioresonance has been used to treat stomach pain. One study found that this therapy was useful specifically for reducing stomach pain not associated with a specific diagnosis. Using bioresonance to treat allergies and related conditions such as eczema and asthma is one of the most well-studied areas of bioresonance treatment.

There have been a number of both controlled using a placebo and uncontrolled observational studies in this area. Controlled studies are generally considered of a higher caliber than uncontrolled studies due to their ability to compare treatment to a placebo. Controlled studies have had mixed or negative results as to whether bioresonance can help treat allergies. Some studies suggest that bioresonance might be effective in rheumatoid arthritis RA by normalizing how antioxidants function within the body.

These antioxidants help fight free radicals, which may help lessen tissue damage in people with RA. No formalized studies on the effectiveness of bioresonance in treating RA have been undertaken. However, most cancer-causing genetic mutations cannot be reversed. Additionally, there are no studies demonstrating the effectiveness of bioresonance in treating cancer.

One study compared the combination of bioresonance therapy, manual therapy, and point massage for treatment of fibromyalgia to manual therapy and point therapy without bioresonance therapy. While both groups saw improvement, the study found a 72 percent improvement in muscular pain for the group that got bioresonance therapy versus a 37 percent improvement for the other group.

Improvements in sleep issues and sensitivity to weather changes were also found. One study found bioresonance to be helpful in overtraining syndrome by:. As noted above, there are some studies that show positive effects from bioresonance. Only recently has the critical importance of electromagnetic EM field interactions in biology and medicine been recognized. We review the phenomenon of resonance signaling, discussing how specific frequencies modulate cellular function to restore or maintain health.

This ceramic powder can induce many physical, chemical, and biological effects at room temperature without the need for direct contact [ 1 — 4 ]. Photoluminescent substances are materials that absorb light energy and then release that energy in the form of light. Photoluminescence obeys the laws governing the interaction between electromagnetic EM radiation and matter. Bioceramic material absorbs a portion of the EM spectrum including near, middle, and far infrared wavelengths and emits lower energy wavelengths, providing for our purpose a useable visible light source.

The concept of emission from a Photoluminescent Bioceramic PLB material acting in concert with rhythmic sound waves is shown in Figure 2. Procedures used to determine the key effect and mechanism of the Bioceramic device are as follows. FT-IR is one of the most precise methods used to study H-bonds. An average of 32 scans were carried out and merged for each sample. The Argon Ar flow rate was maintained at 30 standard cubic centimeters per minute sccm with working pressure at Torr.

The coating architecture was single layer and no buffer layer. After absorbing visible light, the Bioceramic material emitted a slightly lower energy light signal. The three different photon energy sources included 1 a nm visible light laser blue , 2 nm visible light laser green , and 3 nm visible light laser red. The light was projected onto the translucent quartz surface coated with Bioceramic material.

Thirteen candidates six females and seven males consented to participate in this clinical trial. All were adults with different health issues. The patients all suffered from insomnia in conjunction with other symptoms, such as dyspepsia, migraine, anxiety, low back pain with radiculopathy, poststroke paralysis of the extremities, and leg swelling due to deep vein thrombosis.

As aforementioned, since sound can enhance the effect of the Bioceramic device Figure 2 , we developed instrument of Bioceramic Resonance BR for human trials, capable of producing a sound frequency resonance effect. Clinical observation and subjective descriptions such as time and duration of PSM experiences over the 1-hour experimental period were recorded at posttreatment interviews to assess possible changes in sensation throughout the period.

On the other hand, nine candidates with insomnia received the usual light and Hz sound frequency but without Bioceramic resonance. The energy differences between the peaks of photon emission after Bioceramic material absorption of the three different wavelengths of the visible light were 0.

We investigated the weakening of the hydrogen bonds of water after Bioceramic irradiation and the resulting effects on physical, biological, and medical properties of water. Fourier transform infrared spectroscopy FT-IR was used herein to explore the Bioceramic irradiation-induced change in hydrogen bonding; in addition, capillary viscometers, gas chromatographs GC , differential scanning calorimetry DSC , contact angle analysis, Franz cells, high-performance liquid chromatography HPLC , and capillary electrophoresis analysis have been used to evaluate other physical characteristics, such as viscosity, volatility, temperature of water crystallization, surface tension, diffusion, solubility of solid particles, and changes in the pH of acetic acid [ 1 — 4 ].

The Bioceramic irradiation caused the decrease in viscosity and surface tension contact angles of water, but the increase in the solubility of solid particles in water, temperature of water crystallization, and acidity of acetic acid. The weakening of water hydrogen bonds corresponds to the increase in microcirculation described in our previous reports. At the three excitation wavelengths, the energy differences between the pumping photons and the emitted photons were 0.

Water possesses important properties required for life-giving processes [ 15 , 16 ]. Three or four strong hydrogen bonds are needed to form clusters of water molecules, and it is this feature of hydrogen bonding that is responsible for the special properties of water.

Weakening of hydrogen bonds allows water to act in diverse ways under different conditions [ 17 ]. Hydrogen bond weakening is the basis for the biophysical and chemical effects of Bioceramic irradiation reported in our previous publications [ 1 — 4 ]. PSM becomes apparent from one to about twenty minutes after Bioceramic Resonance is initiated and as it moves along the meridiansof an acupuncture point. PSM is propagated along the meridian channels during acupuncture by two assumed mechanisms: 1 neuromodulation [ 18 — 20 ] and 2 histamine release due to degranulation of mast cells, which leads to capillary dilation, increase in blood perfusion, and interstitial fluid [ 20 ].

To explain the PSM response to Bioceramic irradiation, we reviewed the past literature [ 8 , 9 ] on the origin of meridian channels. Previous studies used Fourier transform analysis to decompose the frequency range of signals such as pulsatile pressure due to heartbeat and rate of radial or femoral artery blood flow that change over time into eleven harmonic sound frequencies.

According to series of publications by Wang et al. Acupuncture points and meridian channels are thought to be closely related to microcirculation [ 7 — 10 ]. On the other hand, rhythmic low frequency sound waves are characterized by longer wavelengths, weaker attenuation, and greater depth of penetration than high frequency sound waves.

It was reported that rhythmic low frequency sound travels more efficiently through human tissues. Another hypothesis by Zhang et al. We suggest that tissues of interstitial fluid channels that fail to resonate with heartbeat harmonic frequencies will be enforced by Bioceramic effect and may enhance mast cell degranulation and histamine release along the specific meridian channels.

It is further causing capillary dilation, increased blood and interstitial fluid circulation, and simultaneous continuous nerve signals to regulate the nervous system or neuromodulation. We propose that this train of nerve impulses is the basis for PSM that is provoked by Bioceramic resonance. Even though the above hypothesis needs further elaboration, rhythmic sound frequency resonance begins a new era in TCM and its therapeutic concepts.

Figure A shows that a compass needle placed in a magnetic field aligns with the field. The direction of the field is indicated by the vector B in the diagram. This will cause the needle to rock back and forth like a pendulum until it returns to its rest position. If we plotted the position of the red part of the needle relative to its start position, we would get something like the shape shown in figure D.

This shape of graph is called a damped sinusoidal wave. It is given this name as oscillates like a cosine or sine wave but its magnitude decreases is damped with time. This is analogous to choosing the correct times at which you push a child on a swing to gain maximum height. Now, back to a practical discussion of MRI. Imagine a patient is laying in the scanner along the z-axis see figure E - the same direction as the strong magnetic field.

We have already demonstrated what happens if the protons in the water in your body behaved like compass needles see figure A - they align with the magnetic field. However, because the protons have spin angular momentum , they can align along or at degrees to the field. These are two different energy states. There is not an exact split and slightly more an excess of the protons align in the same direction as the magnetic field. Figure F shows a cartoon of the excess of aligned protons red arrows in the patient.

They appear as only a single red arrow because the dipole moment for each proton is sat on top of all the others.