Research

Nano-Current has an impressive effect on deep wrinkles, pigmentations, dark circles, and sun damage. The nano current helps prevent cell and tissue damage that may lead to cell damage and disease. The treatment is virtually instant with long lasting results. The procedure can be used as a stand alone treatment or in conjunction with other facial treatments.

Clinical data (Weiss 2004) has shown that the simultaneous activation of several biological functions such as cell proliferation, collagen and elastin production and the repair of damaged cells, have an overall effect of rejuvenation and healthy glow that have not been previously observed in procedures enhancing any of these functions individually.  For example, procedures that increase collagen to reduce wrinkles do just that without offering an overall look of youth.  What is it exactly is that makes young people look young?  It is not merely the lack of wrinkles, or the lifted skin but their overall skin quality.  This overall improvement in skin quality is the outcome of the simultaneous activation of a number of biological functions that form a Gestalt result where the whole is greater than the sum of its parts.

Nanotechnology implements the Gestalt Principle by demonstrating that atoms arranged in one way make coal; rearranged in a different way they make diamonds.  Coal and diamonds are the final outcomes of two different atom arrangements that form two distinctly different wholes, even though they consist of the same type of atoms.  In accordance with the Gestalt Principle, one arrangement of atoms may trigger aging; a different arrangement may enhance healing, luminous skin and youthful looks.  Identifying the arrangement of cellular elements during health or youth, when the system is optimally  functioning, may be as easy or as difficult as “listening” into the inter communications of cells implemented by a number of chemical and electrical processes. The patch-clamp cell recording method (Neher & Sackmann, 1991 Nobel Prize for Physiology and Medicine) uncovered a whole microcosm of bio electrical communications delineating cellular language.  During his 1991 Nobel lecture Neher reported that biological membranes were shown to open and close in an all-or-none manner forming square-wave patterns and postulated that “an improved technology would reveal a whole ‘microcosmos’ of electrical signals in a multitude of electrically and chemically excitable cell types.”  Since then, electro-physiologists and molecular biologists have researched avenues on how to identify the specifications necessary for a “clear” signal designed to artificially resonate the bio electrical signals that cells emanate during a number of functions including self repair. This was initially done by using microcurrent and more recently by utilizing nano current specifications combined with specific frequencies and waveforms that were built on the basis of the latest technological advances.  The concept of creating an artificial language that would allow us to interact with inter cellular communications in order to ultimately enhance their overall functioning is not different from the concept of artificial intelligence that led to building up “thinking machines,” otherwise known as computers.  The progress of this artificial cellular language bears a striking resemblance to the historical evolution of computer technology where what is possible today appeared implausible a few years ago.