Protein Folding with NanoVi®: Research at the Intersection of Biophysics and Health

Cell Protection, Protein Folding, and Regeneration
Structured Water as the Key to Protein Folding
Studies and Information on NanoVi® Technology and Protein Folding
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Cell Protection, Protein Folding, and Regeneration

The Natural Process of Protein Folding

The image shows the natural process of ordered water layer formation on the surface of proteins. These layers trigger protein folding and enable their specific function.

For a protein to adopt its correct three-dimensional shape, it must be surrounded by structured water – a key prerequisite for cellular function. To generate sufficient ordered water, the water must absorb specific electromagnetic energy and convert it into coherent domains.

In cells, this energy naturally comes from reactive oxygen species (ROS), emitted by certain free radicals.

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The natural process of cellular damage.

The second image shows how free radicals, also known as oxidative stress, cause cellular damage. This occurs inevitably during oxygen usage, especially during ATP production (energy generation). Unfortunately, this process is unavoidable and always leads to damage of cellular structures, including proteins. Damaged proteins lose their specific function, resulting in impaired cellular activity and accelerated aging.

How NanoVi® Improves Cellular Regeneration

The third illustration demonstrates how NanoVi® technology supports the natural protein folding process. Through its patented method, specific electromagnetic energies, including the bioidentical ROS signal, are generated. This energy is absorbed by water and transformed into coherent domains (CDs) – the key to forming structured water.
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Structured Water as the Key to Protein Folding

Structured Water as the Key to Protein Folding

In order for proteins to fold correctly, the water surrounding them must have a special, organized structure. This "structured water," also known as exclusion zone (EZ) water, is characterized by a denser molecular structure and measurable unique properties. Its consistency resembles a gel that transitions between solid and liquid states. Since it is neither a conventional solid, liquid, nor gas, structured water is often referred to as the "fourth phase of water."

How Structured Water Affects Protein Folding

One of the unique properties of structured water is its ability to form thin layers on surfaces – particularly on amino acid chains. These ordered water layers are essential for the folding process as they help proteins transition into their functional 3D structure.

NanoVi® and the Formation of Structured Water

Structured water forms as a thermodynamic process in which water absorbs specific energy. Scientific studies show that NanoVi® generates coherent domains (CDs) in the water vapor that passes through the device's excitation units. When this water vapor enriched with CDs comes into contact with water, the order is transferred to the entire liquid system. Since the human body is largely composed of water, these coherent domains spread across the mucous membranes throughout the body, thereby supporting the natural process of protein folding and cell regeneration.

The Process of Protein Folding

Protein folding is a thermodynamic process controlled by a change in entropy between the protein and the thin layer of structured water surrounding it. Functional proteins are formed when an unfolded amino acid chain transitions from a state of low order (high entropy) to a state of high order (low entropy).
Ordered water, also known as exclusion zone (EZ) water, has low entropy because its molecules are highly structured. In contrast, an unfolded amino acid chain has high entropy due to its disordered state.
When an unfolded amino acid chain is surrounded by ordered water with low entropy, a change in entropy can occur. This transition causes the order in the water layers around the protein to decrease, which allows the protein to fold into its highly ordered, functional 3D structure. This mechanism demonstrates how crucial the correct water structure is for efficient protein folding and, consequently, for cell function.

NanoVi® – Scientifically Proven Support for Protein Folding

NanoVi® is a patented technology designed to promote protein folding. It generates coherent domains that contribute to the formation of EZ-water on surfaces, positively influencing the protein's structure.
Scientific studies confirm the effectiveness of NanoVi® as a protein folding therapy.
  • NanoVi® generates coherent domains through precise electromagnetic energies.
  • These domains form the foundation for EZ-water, which supports protein folding.
  • NanoVi® helps regenerate damaged proteins and protects them from misfolding.
Additionally, research is underway to explore how artificial intelligence can assist in better analyzing the molecular effects of NanoVi® and uncover new connections between water structure and cell function. Initial results have already been published in open-access journals.
Types of Use
  • Performance Enhancement – Promoting Protein Function for Physical & Mental Performance.
  • Prevention – Protection Against Cellular Aging and Protein Misfolding.
  • Regeneration – Support in Restoring Damaged Cellular Structures.
Scientific Evidence Supports: NanoVi® is an Effective, Non-Invasive Method for Promoting Protein Folding – Enhancing Cellular Health, Molecular Protection, and Overall Vitality.

Studies/Whitepaper

Improving Protein Activity and Cognitive Functions

This eBook explores the role of proteins in Alzheimer's, particularly misfolded proteins. It explains how NanoVi® technology improves protein folding and repairs oxidative damage to promote cellular health.

Key Aspects of Protein Structure

This white paper explains how proper protein structure supports cell function and metabolism. It shows how oxidative damage impacts protein structure and how NanoVi® technology helps repair this damage and enhance cellular activity to improve health.

New Therapies and Cardiometabolic Values

This white paper summarizes the results of metabolic changes measured using the PNOĒ Metabolic Analyzer after a 20-minute NanoVi session with ten healthy participants.

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What Experts say about NanoVi

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