Regeneration from functional losses

Targeted activation of cell repair

The loss of protein function, and consequently the loss of protein-controlled biochemical processes, can lead to health problems such as:

High or sustained oxygen consumption can cause damage through oxidative stress, which manifests as health problems due to reduced or impaired protein function. Supporting the regeneration of these protein functions contributes to restoring health.

If you’re looking to counteract the effects of an age-related or chronic condition, you’re not alone. More than half of NanoVi® users specifically use the device to support regeneration, and many healthcare professionals also incorporate it into their practices.

Regardless of the condition, oxidative stress exacerbates almost every illness and is even identified as a cause of some diseases. NanoVi® was specifically developed to repair cell damage caused by oxidative stress and promote regeneration.

Regenerate faster with NanoVi®

Oxidative stress occurs when the body can no longer keep pace with the repair of damage caused by free radicals. When this stress becomes overwhelming and impairs cell function, chronic diseases often develop.

NanoVi® addresses this very issue: It specifically activates cell repair and helps break the vicious cycle of cell damage and loss of function. This helps maintain or restore well-being and makes a valuable contribution to long-term health.

What users are saying

FAQ

Almost all chronic diseases are based on lost protein functions. Since NanoVi supports protein folding, its use is particularly recommended for chronic diseases.

Many diseases are caused by impaired metabolic processes. Metabolic processes are all protein-controlled biochemical processes that are often detected using special diagnostic procedures. When these processes regenerate with the help of protein folding, the improvements can be verified using the same diagnostic procedures.

Most age-related diseases are either caused by wear and tear, e.g. on joints, or they are caused by years of damage to proteins, resulting in the loss of protein functions. Protein functions can be restored by supporting regeneration.