Frequency therapy has gained increasing attention as an innovative holistic wellness strategy. This practice blends scientific principles with alternative healing practices in order to promote overall health and well-being.
Studies indicate that Resonant Frequency Therapy increases heart rate variability (HRV) time domain parameters compared with other breathing rates or free slow breathing sessions, making HRV an invaluable measure of parasympathetic nervous system predominance.
Bioelectromagnetic Fields
Bioelectromagnetic Studies (BEM) encompasses research pertaining to electromagnetic fields’ interaction with living systems from micro to macro levels, from biology (from micro organisms up) through physiology, psychology and immunology; molecular cell biology; neuroscience engineering mathematics physics and biochemistry are among others all covered by BEM studies.
Researchers have long recognized the therapeutic value of low-energy, highly specific resonant electromagnetic fields at modulating biological processes such as inducing stem cell differentiation or inhibiting bacterial growth through low frequency resonance therapy [1,2]. Although understanding of its underlying mechanisms has been lacking, recently researchers are beginning to gain more insights and this therapy tool is becoming a powerful therapeutic device.
Early embryonic life sees bioelectric fields generated endogenously through segregation of charges by molecular pumps, transporters, and ion channels situated in membrane structures of cells. These bioelectric fields do not feature spiked action potentials like those produced by nerve cells which require high field strengths (up to 20 V/cm), but instead exhibit continuous fluctuations similar to ultra-low frequency electromagnetic fields (ULF-EMF).
Endogenous electromagnetic fields interact directly with classical cell and molecular biology pathways. When properly applied frequencies or pulses from outside can connect with these endogenous electric fields, positive changes to tissue functions may take place as a result.
Recent research demonstrated the power of weak resonant electromagnetic fields to disrupt formation of Pseudomonas aeruginosa bacteria, one of the major contributors to cystic fibrosis, in vitro. Any means by which this growth could be restricted would likely have significant clinical ramifications.
Researchers working in resonant frequency therapy have utilized a device manufactured by Enermed Inc. to expose patients to a magnetic field that is both resonant and pulsed. The watch-sized device contains a magnetic coil connected to a programmable chip which produces 1 millisecond magnetic pulses in the 50 to 100 milliGauss range; they are followed by 12.7 second periods of rest between pulses; these pulses are administered for 30 minutes – this technique was shown to accelerate functional recovery for transected sciatic nerves in animal models significantly faster.
Resonance
Resonance refers to how energy is stored and transferred within systems. An easy example is a loaded swing or pendulum: when pushed at just the right frequency (its resonant frequency), it absorbs energy, vibrates more, and goes higher and faster, because each swing has a natural frequency of oscillation or resonance.
Resonant frequency therapy employs frequencies that complement and amplify the natural electromagnetic fields within your body, thus improving health and well-being. Resonant frequencies also help balance and restore your cellular energy; disruptions in these electromagnetic fields — such as those created by environmental influences — can disrupt these frequencies, leading to symptoms like chronic fatigue, sleeping disorders or immune dysfunction.
The frequency of an electromagnetic field depends on two key factors: its amplitude and amount of damping. As its amplitude and damping increase, its resonance frequency becomes closer; similarly, more harmonic circuits will move closer towards their resonance point.
Resonance can be used in medicine to diagnose and treat disease. This relatively new branch of medicine, dubbed resonance medicine, includes two components: resonance diagnostics and resonance therapy.
Studies have revealed that cancer cells and healthy cells resonate at different frequencies. These differences can be used to target cancer cells and kill them with resonance frequencies that resonate with them.
Resonant frequency therapy may seem unproven to some, yet its scientific principles back it up. Studies have demonstrated its benefits including pain relief, mental clarity and stress reduction.
Resonant frequency therapy can be an invaluable asset when used alongside other healing modalities. For example, combined with vagus nerve stimulation, it has proven successful at treating seizures and severe depression. Resonant frequency therapy promotes communication among respiratory, circulatory, autonomic nervous systems to balance and regulate homeostatic mechanisms essential for overall health; furthermore it reduces inflammation, boost energy and enhance sleep quality.
ATP
ATP (adenosine triphosphate) is the energy carrier in all living cells and plays an essential role as a biological battery, acting to transmit signals, propagate nerve impulses and synthesize DNA and RNA among other crucial tasks.
Researchers discovered ATP in the late 1960s. Composed of one nitrogen base (adenine) and two sugar molecules (ribose), when activated by either chemical or electrical stimulation it releases energy that powers cell processes – once all three forms have been used up the cell dies.
Resonant frequency therapy works on this principle. By stimulating ATP production in cells and thus activating natural healing responses within your body, resonant frequency therapy can be an effective method for relieving pain without resorting to medication.
Researchers conducted experiments and discovered that cancer cells are particularly sensitive to frequencies between 100,000 and 300,000 Hz. Starting with pancreatic cancer cells and eventually moving onto leukemia cells, each time these frequencies caused cancer cells to be destroyed before they could multiply and spread further. As a result, an oscillating pulsed electric field (OPEF) machine was designed which emits frequencies capable of killing cancer cells within laboratories settings.
Resonant Frequency Therapy (RFT) is a noninvasive, painless therapy using low-level electrical currents to stimulate ATP production in cells. There are over 1,000 frequencies to choose from that can reduce inflammation (swelling), repair tissue, and relieve pain for various conditions.
Patients living with chronic pain conditions such as fibromyalgia, neuropathy or arthritis can find great relief through Resonant Frequency Therapy (RFT). Many experience reduced symptoms – and sometimes complete absence – after just a few sessions using this technique.
An ATP Resonance Bio Therapy session begins when your Practitioner applies electrodes to the area of interest and applies low-level, non-invasive electrical current that stimulates production of ATP cells to trigger the body’s natural healing responses. Sessions generally last around 30 minutes and should be repeated two or five times weekly until improvements can be seen.
Mitochondria
Mitochondria are tiny organelles found within cells that generate much of the energy we require for daily living and maintaining our health. Commonly referred to as the powerhouses or energy factories, mitochondria transform chemical energy found in food into Adenosine triphosphate (ATP), the cell’s main energy-carrying molecule. ATP powers everything cells do – such as respiration and producing oxygen we breathe and keeping their temperatures balanced.
Cellular respiration involves mitochondria converting the oxygen present in our blood into energy via two cycles known as the Krebs cycle and citric acid cycle, with any excess energy being stored as adenosine triphosphate molecules within our cytoplasm cells.
Having too few mitochondria or ones that do not function correctly will impede its energy production and may cause it to begin dissolving as soon as it hits a wall. Mutations in mitochondrial DNA may also contribute to these defects – these random mutations could occur during replication or while sorting mitochondria during cell division.
The mitochondrial genome replicates thousands of times faster than its nuclear counterpart, increasing the chances of error and mutation that could potentially lead to diseases. Furthermore, free radicals produced during energy production can damage it further and potentially result in mutations that cause further issues for health.
Single-celled eukaryotes’ mitochondria divide via binary fission, similar to bacterial cell division; however, in multicellular eukaryotes the mitochondria usually divide independently from cell cycles.
Mitochondrion organelles consist of an outer membrane, inner membrane and gel-like matrix. The outer membrane contains proteins characteristic of alpha-proteobacteria while its inner membrane features substantial infoldings (cristae) which mimic the textured surfaces found on prokaryotic bacteria.
Cristae within the inner mitochondrial membrane allow mitochondria to capture and store energy produced through cell respiration, producing ATP which then powers all aspects of cellular activity ranging from protein production and growth and division to maintenance processes.
