Squalane and squalane are consonant words and they are often confused. Indeed, the difference is only in one letter. But the difference between these substances is and it is quite significant. Let's try to understand what the differences between squalane and squalene are, and how they are similar.
Squalene: oxygen vitamin.
Squalene is a natural, natural compound, rather unstable, which is produced by a number of living organisms. Squalene produces the human body, but its maximum content in wildlife is recorded in the liver of a shark. These deep-sea creatures have an innate ability to compensate for the lack of oxygen during long-term stay in the deep layers of water that are poorly saturated with oxygen.
For a person, squalene performs other functions. It helps the body to fight fungal diseases, the fungus is always present in our body, but disruptions of immunity lead to its uncontrolled reproduction. Squalene is an anti-cancer substance that inhibits the activity of neoplasms and promotes the apoptosis of cancer cells. Squalene is also an antimicrobial agent and a means of general immunity enhancement. Thus, we can distinguish three main functions of squalene:
- antifungal function
- anti-cancer function
- immunomodulatory function.
Squalene is an unsaturated hydrocarbon that produces the liver of complex living organisms. Squalene is an unstable substance and when it reacts with hydrogen ions, it releases beneficial oxygen ions that normalize the immune system and help fight against the diseases mentioned above. Unfortunately, the human body does not produce enough of it. Therefore, there is a need to consume squalene from the outside, compensating for its lack, especially with age.
You can replenish stocks of squalene in a natural way, getting raw materials for its production by the liver from olive oil, live yeast, rice bran or wheat grains, but it is simpler and, more importantly, more effective, to take it in the form of biological additives.
Squalane: a natural antioxidant.
Squalane, unlike squalene, is a stable compound of organic origin, which is synthesized artificially. Synthesis takes place on the basis of fatty acids, but it does not occur in nature, people have been able to develop this stable compound quite recently. Squalane found the most active use in cosmetics. Due to its antioxidant features, squalane has a number of functions, some of which we list below:
- strengthening of organic structures and tissues due to organic regeneration and gradual rejuvenation.
- Healing and restoration of damaged tissues due to pronounced regenerative functions.
- softening and moistening of tissues at the deep level due to the lipid structure and organic basis similar to our natural fat layer of the skin.
- rejuvenation and renewal of tissues: first of all, skin cells due to the manifestation of the antioxidant properties of squalane molecules.
- moistening due to the binding of water molecules and the structuring of cellular skin integuments.
As you can conclude from the above functions of squalene, the drug is an ideal way to rejuvenate and support the skin, because it is more and more used in cosmetics with squalene. The skin receives effective care, hydration and care. Cells are rejuvenated and updated.
So what is the difference between squalene and squalane?
The fundamental difference lies in the property of the substance, in the field of application and in their origin. Squalene is a natural, unstable compound used primarily in medicines and dietary supplements. Squalane is a synthetic, stable compound, primarily widely used in the cosmetic industry.
It is important to understand that it is necessary to speak not only about the difference between squalene and squalane, but also about the conceptual similarity of these substances. The fundamental mechanism of action of both substances is similar - they work due to the positive effects of oxygen ions, healing, cleansing and rejuvenating the human body.