The role of salt algae

When it comes to the role of salt algae, I believe that most people in reality don’t understand it. Except for experts and scholars in related fields, almost no one else knows it. This is mainly because the role of salt algae involves relevant knowledge of biology. Biology is a relatively large subject, and it is quite complicated to understand biology. Therefore, it is precisely because of this point that most people do not know the effects of salt algae.

Let’s not talk about the role of salt algae first. Even speaking of salt algae, I believe that not many people really know about it. Salt algae are not common in our lives. It should be said that in reality, we almost never see salt algae, because salt algae are strictly speaking a eukaryotic organism. So, let’s talk about the specific functions of salt algae.

Dunaliella is a single-celled eukaryotic algae. It is one of the most salt-tolerant eukaryotic organisms discovered so far in 2013 and is also the earliest prototype of life.

Born 3.8 billion years ago, salt algae are the oldest single-celled organisms on Earth. They can survive in the scorching heat of +53℃ and reproduce in the severe cold of -27℃. 0.9% salt water can kill bacteria, but salt algae can continue to thrive in salt water. They have survived five mass extinction events and have very tenacious vitality. Even under extremely harsh natural conditions, this extreme organism still exudes tenacious vitality. It is known as "the miracle of life blooming in the Dead Sea!" It accumulates all the nutrients necessary for the human body, which lays the foundation for the basic therapeutic elements of salt algae for various diseases.

Salt algae products are extracted, concentrated and refined from salt algae using modern scientific and technological means. It is rich in natural carotenoids and more than 70 kinds of minerals and trace elements that are necessary for human health, such as anti-oxidation, anti-radiation and improving human immunity. The uniqueness of salt algae lies in the fact that the proportion of element content in it is consistent with the body fluids and cell plasma of the human body, which is very helpful in helping to regulate the minerals in the human body from an unbalanced state to a balanced state.

The effects of salt algae are:

1. Eliminate free radicals

Free radicals, also known as "free radicals" in chemistry, are atomic groups containing an unpaired electron. Since electrons must appear in pairs in chemical bonds when atoms form molecules, free radicals steal electrons from cells everywhere, thereby seriously damaging the body's tissues and cells, and causing chronic diseases and aging effects.

The natural β-carotene in salt algae is recognized by the medical community as the king of antioxidants. It has a special structure of multiple conjugated polyene double bonds, which enables it to undergo irreversible reactions with oxygen-containing free radicals, thereby scavenging free radicals, quenching singlet oxygen, and capturing and removing peroxide free radicals. Therefore, beta-carotene is a good free radical quencher, that is, a free radical terminator.

2. Regulate acid-base balance

Another cause of cell damage is the imbalance of acid and alkali in the body fluids, which make up 69% of the human body. The pH value of normal human body fluids is between 7.35-7.45, which is slightly alkaline. When the acidity and alkalinity of body fluids are out of balance, it can easily lead to unstable blood pressure and blood sugar, heart disease, bone and joint diseases and a series of immune diseases.

Modern medicine has discovered that salt algae extract has the function of rapidly regulating the body's acid-base balance, and its mechanism of action is very complex. But one of the approaches has reached a clear conclusion, that is, salt algae contains a large amount of minerals, which have important physiological functions in the human body. The large amount of minerals, amino acids, vitamins, etc. in salt algae can regulate the acid-base balance of cells, provide cells with a neutral or weak alkaline living environment, and make cells more active.

3. Comprehensively replenish cellular nutrients

Various nutrients such as carbohydrates, proteins, minerals, vitamins and trace elements are the most basic conditions for maintaining cell health. Imbalance, excess or imbalance of the various nutrients required by cells will cause cell damage.

Salinol is a complete nutrient derived from living organisms and is rich in multiple nutrients required for human health. Such as vitamins: vitamin A, folic acid, natural carotenoids, etc.;

Lipid nutrients: lecithin, linoleic acid, linolenic acid, etc.; Carbohydrate nutrients: salt algae polysaccharide, etc.; Minerals and trace elements: more than 70 kinds of calcium, iron, zinc, selenium, etc.; Amino acids: 18 kinds of amino acids, 8 of which are essential amino acids for the human body;

The proportion of element content in salt algae is consistent with that of human body fluids and cell plasma, which can fully supplement the nutrients required by cells and enhance cell power.

Therefore, through the above description of salt algae and its effects, we can clearly find that the so-called effect of salt algae actually refers to the effect of salt algae, and the effect of salt algae is multifaceted and huge. The functions of salt algae are generally manifested in: clearing free radicals, regulating acid-base balance and comprehensively replenishing the nutrients of body cells.