Perfector Acting at the Cellular Level as an Antioxidant

The Nano Perfector signal resonates with the body’s own biological signals to restore cellular health, skin freshness and glow. The nano amperes’ microscopic size enters the skin triggering minimum resistance, empowering the signal with high definition clarity. The high definition nano signal infuses a steady flow of electrons through the treated area. The infused electrons act that an antioxidant at the cellular level. Antioxidants are necessary to counteract the oxidative damage accumulated throughout life that is believed to be a major contributing factor to aging and disease. Oxidation (loss of electrons) occurs in the cells’ mitochondria during the process of ATP formation (cell energy, also involved in DNA transformation). Free radicals are chemical species with an unpaired electron that attack the nearest stable molecules to "steal" their electrons. When the "attacked" molecule loses its electron, it becomes a free radical itself, beginning a chain reaction. Once the process is started, it can cascade, finally resulting in the disruption of a living cell. Nano amperes act as an antioxidant by infusing a steady stream of electrons through the cell with as little resistance as possible, donating electrons to the free radicals that were formed as a result of oxidation, during the ATP formation. This process of nano amperes donating electrons to the free radicals ends the electron "stealing" chain reaction caused by free radicals. Nano amperes act as scavengers helping to prevent cell and tissue damage that may ultimately lead to cellular damage and disease. The nano amperes’ antioxidant action allows for ATP formation minus the build up of free radicals that can ultimately destroy the cells. ATP is the chemical energy that the cell needs to fulfill its normal biological functions. Functions that lead to the production of collagen, elastin and other elements necessary for lifting, firming, and youthful freshness of skin after a Perfector treatment.

Transformation through Nanotechnology

One may also envision the repair of damaged cells as an electromagnetic rearrangement of cellular elements that transform aged skin by restoring the appearance of youth. Nanotechnology has shown us that atoms arranged in one way make coal; rearranged in a different way they make diamonds. Rearranging the atoms in dirt, water and air allows us to make fresh strawberries. Similarly, aged skin reflects one arrangement of cellular elements; rearranging these elements leads to a transformation – what was aged before becomes luminous, lifted and youthful.

Perfector’s High Definition Signal

The Perfector signals were formulated on the basis of research examining cellular relationships and the broad issues of biological communications. Researchers have earned the Nobel Prize for their contribution in identifying aspects of the web-like structure of cellular signals. The translation of this intricate biological language has proven to identify hidden solutions for various physiological events, including aging. Perfector is the only computerized device that utilizes complex waveforms and adjustable voltage to deliver a high definition signal designed to achieve resonance with cellular biological processes. Perfector uses specifications shown by international research to act as an antioxidant as well as increase:

  1. collagen
  2. elastin
  3. cellular proliferation
  4. ATP
  5. epidermis thickening
  6. scar healing

The Perfector signals are based on research that examines cellular relationships and the broad issues of biological communication. Researchers have earned the Nobel Prize for their contribution in identifying aspects of the web-like structure of cellular signals. The translation of this intricate biological language has proven to identify hidden solutions for various physiological events, including aging.

Perfector technology incorporates the latest scientific advances:
- Specifications associated with collagen increase and natural tissue expansion (Santos et al, 2005).
- Proprietary waveforms consistent with Neher's findings of cellular biological responses (Edwin Neher, Nobel Prize, 1991), enhanced collagen, and elastin production (Chi, 2003).
- Proprietary waveforms for electromagnetic detoxification (London University).
- Specifications that increase cellular energy (Cheng, 1982) as well as cellular communication (Martin Rodbell, Nobel Prize 1994 ).
- Voltage automatically adjusts to skin resistance.
Perfector rejuvenation is dramatic in one treatment but a series of treatments is recommended for long lasting results.

Increased collagen and elastin production as well as the production of Adenosine Trisphosphate (ATP) have been documented by research. ATP plays an important role in cellular energy transport, transformations, and enzyme regulation as the protein kinase. Go to www.nobelprize.org for more information about the role that proteins play in biological functioning.

RESEARCH QUOTES:

"The treatment group showed: a homogeneous epithelial regeneration more compact and eosinophitic collagen more evident healing scar epidermis thickening. The amount of fibroblasts (cells that produce collagen and elastin) was greater than the one in the untreated group."
--Santos VNS et al, 2004

"Channels in biological membranes open and close stochastically in an all-or-none manner. The fact that similar records could be obtained both in our Gottingen laboratory and in the laboratory of Charles F. Stevens at Yale gave us confidence that they were not the result of some local demon, but rather signals of biological significance."
--Edwin Neher, 1991 Nobel Prize in Medicine and Physiology.

Quantifiable results over the course of 20 days:
10% increase in the production of natural collagen
48% increase in natural elastin production
38% increase in blood circulation
--Chi, 2003 Washington University

In 1982, Ngok Cheng studied changes in the cells using electron microscopy following the application of a wide range of currents. This technique enabled him to observe the changes in the cellular mechanics. His results indicated that current between 50 and 500 micro-amperes causes an increase in mitochondria and an increase of ATP levels by 300 to 500 percent. Cheng also noted that at this level, there was an increase in protein synthesis and gluco-neogenesis.
--N. Cheng, 1982

"Of particular interest is the fact that all three types of multimeric proteins are subject to regulation by either GTP (G-proteins and tubulin) or ATP (actin). Based on evidence accumulated over the past decade, cytoskeletal proteins are connected in some manner to a variety of signaling systems that adhere to the cytoskeletal matrix. These components form web-like structures that possibly interact in a flickering manner in response to activation of membrane receptors, including those that are growth promoting."
--Martin Rodbell, Nobel 1994 Nobel Prize in Medicine and Physiology