Behind every action the human body makes, cellular metabolic energy is fueling it. Approximately 90% of this energy is produced within the cell's mitochondria. Mitochondria are responsible primarily for producing energy, and is often referred to as the cell’s "Powerhouse.".

Within every cell there are mitochondria, which are small and oval in shape, located outside of the cell’s nucleus, within the cytoplasm. The mitochondria are then surrounded by two specialized members, responsible for the aid in energy production.

The metabolic ATP Krebs energy cycle that occurs within the mitochondria is responsible for the supply of power which is used for all bodily functions. Relied upon for the optimal functioning of all organs and functioning is the energy produced by mitochondria.

Whenever the mitochondria become dysfunctional or are not running at maximum capability, cells begin to lose the ability to produce energy. In turn, whenever cells are deprived of the ability to produce energy, the entire body is then susceptible to disease and injury, and overall health is compromised.

As one ages, there is an apparent correlation between age and the decreased ability to produce energy within the cells. Symptoms of this decrease in energy are experienced primarily through fatigue, lower levels of libido/sexual dysfunction, and being more vulnerable to the oncoming of age related disease.

Looking mainly at the actual cell and decreased energy, when there is a shortage of energy, cells are not able to carry out required tasks as well as they should. In some cases, these cells not having enough energy supply are incapable of carrying out the "apoptosis" process.

Apoptosis is the term used for the process of removing abnormal cells in an organized and structured fashion. When the cell is unable to move forward with apoptosis, two things can happen. One, the cell may continue to malfunction and reproduce, or two, it may die. When the second possibility occurs, death, the cell can swell and rupture.

This swelling and rupturing can lead to degeneration (lose of functional activity), inflammation, and disease. Therefore, chronic disease in cellular energy forces the body into a more vulnerable state, more easily open for attack from disease. This highlights the fact that a lack of metabolic energy, many age-related diseases may be triggered.

By acknowledging and understanding that a simple lack of energy may cause many age related disease, one is able to be proactive and prevent such complications.

A simple facilitation of energy flow to cells allows the body to function optimally. Scalar energy is able to nurture an energy imbalanced cell back into a state of normal and healthy existence. Furthermore, scalar energy plays a very crucial role in maintaining healthy cells with optimum energy levels.

Consequently, when cells are running at maximum capability, this helps to retard and prevent degeneration and in turn hinder the aging process.