Gamma waves, oscillations play a vital role in keeping the brain healthy, supporting memory, perception, and focus.

This discovery originated from studies on neuro-regeneration in Alzheimer’s disease, where researchers found that stimulating specific brain waves within the Gamma Spectrum could activate a powerful self-healing process.

Today, we have isolated these frequencies from the gamma spectrum and can now broadcast them to you!
This simple approach promotes deep neuron regeneration, reboots brain function, and enhances focus, sleep, and overall cognitive performance.

You can experience the benefits in just one session, which can take place in a group setting, typically as part of a sound healing experience focused on neuroregeneration.
Alternatively, sessions can be conducted privately in a more intimate setting, such as an acoustic chamber or one of our locations equipped with specialized audio systems designed for this purpose.

This Gamma waves stimulation helps activate microglia, the brain’s immune cells, which act like cleaners by clearing out harmful waste such as amyloid-beta plaques, toxins linked to neurodegenerative diseases.
Microglia also release special proteins called cytokines, which signal other immune cells to support brain health.

Together, these actions reduce inflammation and promote a detox effect in the brain.
By restoring gamma wave activity, this therapy not only helps protect brain cells but may also encourage regeneration and improve overall cognitive function.
This gentle, non-invasive method offers a promising way to strengthen the brain’s natural defenses and may play a key role in preventing or managing neurodegenerative diseases.

Cytokine Regulation:

This Gamma Sub Frequencies are carried by the effects of sonic vibration at Higher spectrum, finding that it significantly increased the secretion of interleukin-10 (IL-10) subjected to inflammatory stimuli.

This vibration therapy demonstrated anti-inflammatory effects by enhancing IL-10 expression while reducing pro-inflammatory cytokines like IL-1β and IL-6, indicating a potential therapeutic application for managing inflammatory diseases

The Balance:

The ideal scenario is a balanced immune response—IL-10 expression should be enhanced to keep inflammation in check, while the levels of pro-inflammatory cytokines (IL-1β and IL-6) should be reduced. This balance helps prevent the body from reacting too aggressively to normal stimuli (like a minor injury) or developing chronic inflammation that can lead to tissue damage.

In therapies aimed at reducing inflammation, such as those targeting neurodegenerative diseases or autoimmune conditions, increasing IL-10 and lowering IL-1β and IL-6 are important therapeutic goals. Certain interventions, including sound therapy or other treatments promoting immune balance, may help regulate this balance and support healthier immune function.

IL-10 Expression:

IL-10 (Interleukin-10) is a cytokine, which is a type of signaling molecule that helps regulate immune responses. It is often referred to as an “anti-inflammatory cytokine” because it plays a crucial role in reducing inflammation in the body. Increased expression of IL-10 leads to a more balanced immune response, preventing excessive inflammation, which can damage tissues.

IL-10 helps control inflammation by inhibiting the production of pro-inflammatory cytokines and supporting tissue repair. Its enhanced expression is particularly important in conditions where inflammation is a problem, like autoimmune diseases, neurodegenerative diseases, and chronic inflammation.

Pro-inflammatory Cytokines (IL-1β and IL-6):

IL-1β (Interleukin-1 beta) and IL-6 (Interleukin-6) are pro-inflammatory cytokines that play significant roles in the body’s immune response, especially during infections or injuries. They are typically produced by immune cells like macrophages and promote inflammation to help fight pathogens or repair damaged tissue.

Effect of Gamma Spectrum

In addition to influencing cytokine expression, gamma spectrum stimulation alters the morphology of microglia, dramatically affecting their shape and function.

Microglia are crucial in maintaining brain health, clearing waste, and protecting neurons.

The response to gamma stimulation suggests that this frequency helps modulate microglial activity in a balanced way, promoting healthy immune function while preventing the overactivation that can lead to neuroinflammation.

This delicate regulation may provide protective benefits for the brain, helping to preserve neuronal integrity and support overall cognitive function.

By modulating these processes, gamma spectrum stimulation offers a promising approach for maintaining brain health and potentially mitigating the progression of neurodegenerative diseases.

BIOLOGICAL MECHANISMs :

Gamma waves stimulation has been shown to induce electrical activity in the brain, naturally occurring during daily cognitive processes and in response to sensory stimuli like lights and sounds.

Research has revealed that this stimulation has a profound effect on the brain’s immune system, particularly through its interaction with microglia, the primary immune cells in the brain.

The stimulation activates immune-related genes in neurons, potentially regulating the production of cytokines, proteins essential for immune response.

It is indeed essential to carefully monitor cytokine production, as an imbalance can lead to harmful inflammation.

This is why individuals benefiting from Gamma Spectrum Stimulation for therapeutic purposes are always encouraged to work closely with their primary healthcare provider.

A physician will oversee their blood work and closely track the progress of the therapy, ensuring that any benefits, such as improvements in inflammation, are observed and properly managed.

While this therapy offers valuable support for brain health, it is not intended to replace conventional treatments, and it is important that it be used as part of a comprehensive approach.

Regular consultation with a healthcare provider ensures that any underlying medical issues are addressed and that the therapy complements, rather than substitutes, other necessary medical interventions.

NON CLINICAL :

If you are seeking therapeutic benefits such as a brain reboot, enhanced focus, or overall neurological improvement—without addressing a specific clinical issue—there is no requirement for medical supervision.

In these cases, you can experience significant results from a single session, and the content we create, which can be listened to independently, is designed to be safe and supportive of brain health.

It is important to emphasize that this modality is aimed at enhancing mental well-being and cognitive performance, and it is not intended to replace medical treatment or to address clinical concerns.

As such, those using this therapy for general wellness and brain improvement can confidently enjoy the benefits without the need for ongoing medical oversight.

How does it work ?

 The mechanism behind gamma spectrum stimulation involves the activation of microglia, the brain’s immune cells, which take on different roles based on the rhythm of stimulation.

At lower frequencies, microglia maintain a surveillance mode, characterized by long, branching dendrites reaching out to monitor their surroundings.

At higher frequencies, however, microglia shift to an engulfing state, where they become more amoeba-like, actively engulfing and clearing out harmful substances, such as pathogens.

The underlying mechanism driving these changes is a protein complex called nuclear factor kappa B (NFkB), which regulates immune function.

NFkB is the signaling pathway that connects Gamma stimulation to the modulation of brain frequency, leading to a corresponding immune response in microglia.

Depending on the frequency of stimulation, microglia either “survey” their environment, or switch to the “engulfing” state, playing a critical role in immune defense and brain health.

This mechanism allows for the non-invasive manipulation of the brain’s immune system, with potential applications for boosting brain health or managing disease states.

By adjusting the stimulation, it is possible to either enhance or reduce the microglia’s activity, offering a promising tool for supporting brain function, whether in the context of neurodegenerative diseases or as a preventive measure for maintaining a healthy brain.

Our Modality

Apply the effects of Sonic Vibration (SV) or vibroacoustic therapy on inflammatory responses, particularly cytokine secretion.

Using both in vivo and in vitro models, researchers assessed the impact of SV at three base frequencies that variate from one person to another, example of base frequencies : 14, 45, 90 Hz

Generally found around 90 Hz this frequency significantly increased interleukin-10 (IL-10) secretion decreasing inflammation exponentially.

Additionally, SV at 90 Hz improved immune response and alleviated symptoms in a colitis model, proving SV’s potential anti-inflammatory effects via enhanced IL-10 expression.

In Summary

Sound and vibration, forms of energy traveling as waves, have frequencies (Hz) and amplitudes (m/s²).

Sonic Vibration (SV) involves low-frequency vibrations used in therapies, particularly in Sound Healing and sports medicine.

Frequencies in the 30–120 Hz range are effective for improving musculoskeletal health, wound healing, and muscle relaxation.

While chronic vibration can negatively affect health, localized, temporary vibration therapies like SV are beneficial.

Our Modality focuses on how Sound Waves impact inflammation, examining its potential to alter cytokine secretion and its effects in inflammation models.