Here I'll discuss my hypothetical formula for regeneration of the organism. It is now tested.

L = MB + E + AO, where:

• L - life, longevity, immortality,
• MB - balance of materials,
• E - excess of electric current,
• AO - active oxygen forms.

Balance of materials: enough of fats, proteins, carbohydrates, 
vitamins, macro- and microelements (up to 90).

If there's not enough of building materials, it changes synthesis of materials (proteins in majority) including DNA, and so it 
creates even more changes which results in deficiency of immune system, as result: wrinkles, various diseases, cancer etc.

DNA is immortal in its nature, and it damages only because of: pathogens that drains out energy and unbalanced materials that causes changes in normal regeneration of organism.

Immune system's struggle with pathogens and abnormal cells drains energy out and it's reason of lack of energy for normal regeneration of the organism.

There's no problem with diseases if immune system is strong enough to fight microbes, viruses and abnormal cells.

What we know about aging? It is known that with age, energy level decreases no matter how well balanced food you eat.

So, I have hypothesis (with some of the results at this time) that: if we recreate electrical current (energy) of the organism, there will be enough of energy to fight abnormals and then regenerate to youthful state, and so live hundreds of years.

"A live animal or dead animal differ in their bloelectrical, not their biochemical status." Andrew A. Marino

Now it's tested these types of increasing electric currents in organism:

• Permanent magnets.
• Electromagnets.
• Negative ionisators.
• AC.
• DC.

Active oxygen forms used to fight abnormal cells and pathogens. Source may be natural (as honey) or strengthened (as small amounts of ozone or hydrogen peroxide).

"Electrons usually exist in pairs. But free radicals have an unpaired electron. So they "raid" other molecules in your body to get an electron to pair up with, leaving the raided molecule short an electron. This causes changes in molecules (oxidation) that can eventually lead to disease. Antioxidants prevent this process by releasing unpaired electrons to neutralize the harmful, excess free radicals, which then do not need to raid healthy molecules and cause oxidation." [http://members.aol.com/profchm/antiox.html]

"Mitochondria are cellular organelles that convert unusable forms of energy into a usable chemical form known as adenosine triphosphate (ATP), so that vital cellular chemical reactions throughout the body can occur. They do this by oxidizing (burning) fuels, such as lipids from the diet, and transporting free electrons liberated from these oxidation reactions through a series of proteins called the "electron transport chain." An electrical potential develops across the inner mitochondrial membrane as a result of this movement of electrons. Energy liberated from these oxidation reactions is then used as the driving force for ATP synthesis. It is clear that factors and conditions that cause mitochondrial dysfunction could severely affect overall cellular metabolism and, ultimately, our energy levels and survival." Professor Don Reed from

Tory Hagen, Ph.D., Assistant Professor of Biochemistry and Biophysics:

"The largest population of cells (accounting for 67% of the total) from old rats had mitochondria with a significantly lower membrane potential, which could impair their ability to meet cellular energy demands."

"Most of the cells containing mitochondria with the lowest functional ability were the least metabolically active. Their mitochondria were more inefficient and released significantly higher amounts of oxidants, which resulted in significantly higher levels of oxidative damage to the mitochondria and to the cell as a whole."

[http://lpi.orst.edu/sp-su98/aging.html]

Links:

1. Mitochondria and Aging