What is an Organic Radical Battery?

Free radicals, also known chemically as "free radicals", refer to atoms or groups with unpaired electrons formed by the homogeneous splitting of covalent bonds of molecules of a compound under external conditions such as light and heat. (When the covalent bond is unevenly split, the shared electron pair between the two atoms is completely transferred to one of the atoms. As a result, positively and negatively charged ions are formed. This fracture method is called bond dissociation. .) When writing, generally add a "·" next to the atomic symbol or atomic group symbol to indicate that there are no paired electrons. Such as hydrogen radical (H ·, namely hydrogen atom), chlorine radical (Cl ·, namely chlorine atom), methyl radical (CH3 ·). Free radical reactions play an important role in combustion, gas chemistry, polymerization, plasma chemistry, biochemistry, and various other chemical disciplines. The first free radical to be discovered and confirmed in history was the trityl radical discovered by Moses Gunberg at the University of Michigan in 1900. ^[1] Chinese Academy of Organic Chemist Liu Youcheng also made outstanding contributions in the field of free radical chemistry. ^[2]

The first free radical discovered and confirmed in history is

In a chemical reaction, or under the influence of the outside (light, heat, radiation, etc.), the covalent bond in the molecule is broken, so that the shared electron pair becomes monopolized by one party, and then an ion is formed; if the result of splitting makes the shared electron pair belong to Two atoms (or groups) form a free radical.

When organic compounds undergo chemical reactions, they are always accompanied by the rupture of some covalent bonds and the formation of new covalent bonds. When the covalent bond is homolytic bond (homolytic bondcleavage), the two bonded electrons are separated, and the resulting fragment has an unpaired electron, such as H ·, CH ·, Cl · and so on. If it consists of more than one atom, it is called a radical. Because of the presence of unpaired electrons, free radicals and free atoms are very reactive and usually cannot be separated. However, in many reactions, free radicals and free atoms exist as intermediates, despite their low concentration and short residence time.

Sunlight radiation, air pollution, smoking, pesticides, etc. in the external environment will cause the body to generate more reactive oxygen free radicals and mutate nucleic acids, which is the root of human aging and disease. Active oxygen radicals in the body have certain functions, such as immune and signaling processes. However, too many reactive oxygen free radicals will have a damaging effect, leading to the damage of normal cells and tissues of the human body, which will cause various diseases. Such as heart disease, dementia, Parkinson's disease and tumors.

Free radicals can also be formed by an atomic or molecular redox process.

form

Free radicals, also called free radicals, are groups or atoms with uncoupled electrons. They have two main characteristics:

One is

Numerous medical research and clinical trials have proven that the snatch of electrons in human cells is the source of all diseases, and the free radical ROS is a substance lacking electrons (unsaturated electron substances). After entering the human body, scramble for electrons everywhere. The alkylation of the protein to the branched chain will cause aberrant molecules to cause cancer. Due to the lack of electrons, the aberrant molecules must seize the electrons of neighboring molecules and cause the neighboring molecules to deform and cause cancer. In this way, a large number of distorted protein molecules are formed in the vicious cycle. The gene mutated, forming a large number of cancer cells, and finally cancer appeared. When free radicals or aberrant molecules rob the electrons of a gene, people will get cancer directly. After the human body receives negative ions, because the negative ions are negatively charged and have excess electrons, a large number of electrons can be provided, and the vicious cycle is blocked, and cancer cells can be prevented or suppressed. ^[3]

Advanced organisms develop cancer, so there must be some relationship between cancer and oxygen. ^[11]

By administering negative ions to reduce excess reactive oxygen species in the body, it is possible to suppress the oxidation of the body. Negative ions can make the organism easily ingest vitamins, amino acids, minerals, etc. These components can decompose, eliminate active oxygen, and improve the activity of SOD. Therefore, negative ions are an indispensable substance in living organisms. Negative ions are the only elements that can eliminate reactive oxygen free radicals and protect the organism. ^[13]

Negative ions have no side effects, can promote natural healing power, cure diseases, and maintain health. Negative ions can make the blood become weakly alkaline, make metabolism, strong physiological effects, and strengthen immunity. At the same time, it can also give the active oxygen electrons that are enhanced when the organism is weak, inhibit oxidation, and eliminate the root cause of disease.

Oxygen is attached to the tissues of living organisms, and when electrons are taken away, it causes oxidation of the tissues. Reactive oxygen can take electrons from the body's lipids (unsaturated fatty acids) or proteins, which can cause strokes or myocardial infarction, arteriosclerosis, cancer and diabetes.

The nature of negative ions is electrons. Therefore, by giving negative ions to the organism, the body can be filled with electrons. Instead of the lipids or proteins of the organism, the active oxygen is given to stabilize the active oxygen, so it will not damage the cells of the organism. Can inhibit the occurrence of diseases. ^[13]