The studies by Dr. Emil Y. Chi, Ph.D. at the University of Washington’s department of pathology revealed that skin tissue treated with microcurrent showed a 45 % increase in the number of elastin fibers in the dermis and, the length of the fibers doubled.
Collagen thickness in the connective tissues increased 10 % protein synthesis by 70 %, and there was an increase in cellular transport by 40 %.
Dr. Chi’s 2003 study further noted a 35 % increase in peripheral blood circulation and lymphatic drainage.
Clinical studies performed using microcurrent at Hong Kong’s Tuen Muen Hospital in 1988 indicated that lymphatic function increased by 28 % on post-cancer patients suffering from lymphedema.
In 1982, a study by Dr. N. Cheng conducted at the University of Louvain, Belgium concluded that when microcurrent levels were used up to 500 ma, skin regeneration increased by almost 500 %.
Between 1000 and 5000 ma, adenosine triphosphate dropped down drastically, after 5000 ma, it dropped below baseline control levels. Revealing that cells responds at a lower level - less is more.
Mitochondria organelles are the powerhouse of the cell as it synthesizes ATP (adenosine triphosphate).
ATP is the main chemical source of energy in your body and it gets produced from nutrients in the food you eat. It fuels many biological processes, such as protein production, ions movement, and muscle contractions.
The production of ATP requires a flow of negative charged ions (na-) or, in other words, an electric current.
Clinical studies shows that supplying a mild electrical current from the outside increases ATP production by 500% with a pik at 500 microamp.
Orions calibration is supporting directly the enzyme complexes called the F1F0ATPase that synthesizes ATP in the Mitochondrion Organelle.
It is vitally important for a cell to be able to produce large amounts of ATP, it is furter essential in the production of new collagen, elastin and cellular repair.
Quantum mechanics is fundamentally different from classical physics. Spectra sculpt uses the principles of quantum science for its calibration. The behavior of particles are important to understand when working with electrons.
One important factor is that when particle have a positive or a negative charge it will curve in one way or the other, in an electromagnetic field. Electrons are negatively charged and are the particles that make an electric current, jumping from one atom to another.
Learn more about electrons and quantum mechanics in our essays.