attunedvibrations.com
Your DNA is not set in stone. It can be transformed.
According to Dr Leonard Horowitz, the 528 Hz frequency has the ability to heal damaged DNA. At the time I am writing this, there is not enough scientific research available on the subject. What we know for sure is that Dr. Horowitz learned the theory that 528 Hz frequency repairs damaged DNA from Lee Lorenzen, who was using the 528 Hertz frequency to create clustered water.
Clustered water is broken down in small stable rings or clusters. Our DNA have membranes that allow water to flow through and clear impurities. Because clustered water is smaller than bound water, it flows more easily through cell membranes and is more efficient in removing those impurities. The larger, bound water does not flow easily through cell membranes, and therefore the impurities remain and can eventually result in illness.
Richard J Saykally from UC Berkeley has explained that the structure of the water molecule gives it special properties and is essential for DNA’s function. Adequately hydrated DNA hold far greater energy potentials than dehydrated strands. Prof. Saykally and other genetics from the University of California, Berkeley have proven that a slight reduction of energized water bathing genetic matrices causes DNA to fail energetically.
Lee Lorenzen and other investigators discovered that six-sided, crystal-shaped, hexagonal clustered water molecules form the supportive matrix of healthy DNA. He suggests that the depletion of this matrix is a fundamental process that negatively affects virtually every physiological function. Biochemist Steve Chemiski says the 6-sided clear clusters that support the DNA double helix vibrate at a specific resonant frequency – 528 cycles per second.
Of course, all these revelations do not mean that 528 Hz will repair your DNA in a direct way. However, if the 528 Hertz can positively affect water clusters, then it can help to remove impurities allowing your body to become and remain healthy and balanced.
How music and 528 Hz can affect DNA
Sound and vibrations can activate your DNA
In 1998 Dr. Glen Rein of the Quantum Biology Research Lab in New York performed experiments with in vitro DNA. Four styles of music, including Sanskrit and Gregorian chants that utilize the 528 Hz frequency, were converted to scalar audio waves and played via a CD player to test tubes containing in vitro DNA. The effects of the music were determined by measuring the DNA test tube samples’ absorption of UV light after an hour of exposure to the music.
The results from one experiment indicated that classical music caused a 1.1 % increase in absorption, and rock music caused a 1.8% decrease in absorption indicating no effect. Gregorian chants, however caused a 5.0% and 9.1% increase in absorption in two separate experiments. Sanskrit chanting caused a similar 8.2% and 5.8% effect in two separate experiments. Thus both types of sacred chanting music produced a large unwinding effect on DNA.
Glen Rein’s experiment indicate that music can resonate with human DNA. Rock and classical music do not affect DNA, although spiritual musical chants do resonate with DNA. Although these experiments were performed with isolated and purified DNA, it is likely that the frequencies associated with these forms of music will also resonate with DNA in the body.
Another study entitled, “Effect of sound wave on the synthesis of nucleic acid and protein in chrysanthemum” ends with the conclusion: “This result indicated that some stress-induced genes might be switched on under sound stimulation and the level of transcription increased.”
If genes can be switched on or off due to “sound simulations” it is within reason to think that DNA can be effected by sound, and if by sound, then also by the frequency of that sound.
The potential of sound positively effecting our lives is obvious, and the potential for a 528 Hz (and other frequencies) affecting DNA may have some scientific validity. However, there needs to be more research to make the DNA repair claim.
Binaural Beats DNA Repair 528 hz + 731 hz + 732 hz + Isochronic Tone
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Six hours from 12 hz gradually into 8 hz DNA Repair frequencies 528, 731, and 732 hz.
Binaural
beats or binaural tones are auditory processing artifacts, or apparent
sounds, the perception of which arises in the brain for specific
physical stimuli. This effect was discovered in 1839 by Heinrich Wilhelm
Dove, and earned greater public awareness in the late 20th century
based on claims that binaural beats could help induce relaxation,
meditation, creativity and other desirable mental states. The effect on
the brainwaves depends on the difference in frequencies of each tone:
for example, if 300 Hz was played in one ear and 310 in the other, then
the binaural beat would have a frequency of 10 Hz.
The brain
produces a phenomenon resulting in low-frequency pulsations in the
amplitude and sound localization of a perceived sound when two tones at
slightly different frequencies are presented separately, one to each of a
subject's ears, using stereo headphones. A beating tone will be
perceived, as if the two tones mixed naturally, out of the brain. The
frequencies of the tones must be below 1,000 hertz for the beating to be
noticeable. The difference between the two frequencies must be small
(less than or equal to 30 Hz) for the effect to occur; otherwise, the
two tones will be heard separately and no beat will be perceived.
Binaural beats are of interest to neurophysiologists investigating the sense of hearing.
Binaural
beats reportedly influence the brain in more subtle ways through the
entrainment of brainwaves and have been claimed to reduce anxiety and to
provide other health benefits such as control over pain. Binaural beats
may influence functions of the brain in ways besides those related to
hearing. This phenomenon is called frequency following response. The
concept is that if one receives a stimulus with a frequency in the range
of brain waves, the predominant brain wave frequency is said to be
likely to move towards the frequency of the stimulus (a process called
entrainment).
In addition, binaural beats have been credibly
documented to relate to both spatial perception & stereo auditory
recognition, and, according to the frequency following response,
activation of various sites in the brain.
The stimulus does not
have to be aural; it can also be visual or a combination of aural and
visual (one such example would be Dreamachine).
Perceived human
hearing is limited to the range of frequencies from 20 Hz to 20,000 Hz,
but the frequencies of human brain waves are below about 40 Hz. To
account for this lack of perception, binaural beat frequencies are used.
Beat frequencies of 40 Hz have been produced in the brain with binaural
sound and measured experimentally.
When the perceived beat
frequency corresponds to the delta, theta, alpha, beta, or gamma range
of brainwave frequencies, the brainwaves entrain to or move towards the
beat frequency.
For example, if a 315 Hz sine wave is played into
the right ear and a 325 Hz one into the left ear, the brain is
entrained towards the beat frequency 10 Hz, in the alpha range. Since
alpha range is associated with relaxation, this has a relaxing effect or
if in the beta range, more alertness. An experiment with binaural sound
stimulation using beat frequencies in the Beta range on some
participants and Delta/Theta range in other participants, found better
vigilance performance and mood in those on the awake alert state of Beta
range stimulation.
Binaural beat stimulation has been used
fairly extensively to induce a variety of states of consciousness, and
there has been some work done in regards to the effects of these stimuli
on relaxation, focus, attention, and states of consciousness.
Studies
have shown that with repeated training to distinguish close frequency
sounds that a plastic reorganization of the brain occurs for the trained
frequencies and is capable of asymmetric hemispheric balancing.
The
thalamus (from Greek θÎŦÎģÎąÎŧÎŋĪ, "inner chamber") is a midline symmetrical
structure within the brains of vertebrates including humans, situated
between the cerebral cortex and midbrain. Its function includes relaying
sensory and motor signals to the cerebral cortex, along with the
regulation of consciousness, sleep, and alertness. The thalamus
surrounds the third ventricle. It is the main product of the embryonic
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