What does the chemical formula (2R, 3R) -2- (3,4- dihydroxyphenyl) -3,5,7- trihydroxy-2,3-dihydrochromium tell you? 4-on? This long and complex chemical formula describes one of the most powerful antioxidants, called taxifoline or taxifoline in English.
What does the chemical formula (2R, 3R) -2- (3,4-dihydroxyphenyl) -3,5,7-trihydroxy-2,3-dihydrochromen-4-one tell you? Probably not much - but its role in the body is not negligible. This long and complex chemical formula describes one of the most powerful antioxidants from the group of flavonoid ingredients called taxifoline or taxifoline.
Where can I find taxifolin / taxifolin if it is so widely effective?
Easiest here, as it is isolated as a premium and clean extract:
A little less easy in the following nutrients and substances:
- in non-stick rice cooked with a grain of adzuki (adzuki-meshi),
- in conifers such as Siberian larch, Larix Sibirica, in Russia, in Pinus roxburghii, in Cedrus deodara, and in Chinese yew, Taxus chinensis var. mairei.
- in silymarin extract from the seeds of the spotted thistle
- in vinegars aged in cherry wood
Taxifolin and flavonoids are also found in many beverages and foods. Specifically, taxifolin is found in plant foods such as fruits, vegetables, wine, tea and cocoa.
Generally about taxifolin
Taxifolin is a powerful flavonoid.
In the mid-1950s, scientists first isolated this compound and described taxifoline or dihydroquercetin, which is chemically analogous to quercetin or rutin, but with slightly different properties.
The easiest way to isolate taxifolin from the larch needle tree (picture below):
Taxifolin has a very large, if not the strongest, antioxidant effect on most flavonoid compounds.
Most taxifolin research has been conducted in Russia at the Institute of Aerospace Medicine, the Military Medical Academy (named after SM Kirov), the Central Military Hospital (named NN Burdenko), the Central Military Clinical Hospital, and the Brain Institute in Russia. Academy of Sciences.
The question is why right there?
Taxifoline has been shown to have very good effects on some changes in the body's cells, especially those that are not desirable. The purpose of the mentioned institutes was primarily to find a compound that would modulate the functioning of the cells of the human organism in a natural and safe way and have the ability to perform the organism in general. You can check if they were successful in the preparation itself, which also contains this kestract ( Reabilar )
Trees are not only useful in construction and furniture production!
True, some conifers also contain very useful ingredients that can be used for medical purposes.
Have you heard of Enduranza, which uses fir extract? Enduranza is used to advantage especially in cases of excessive fatigue - Enduranza .
Siberian larch and some conifers contain taxifolin. Learn about its broad-spectrum effects and try it out - it's in an innovative dietary supplement called Reabilar
Studies in favor of taxifolin
Nearly 600 studies have been published - most of them in Russia, and they talk about the positive effects of taxifolin, a powerful flavonoid derived from Siberian larch.
Taxifolin and vitamin C in combination
They have shown that taxifoline in combination with vitamin C protects cell membranes and has a demonstrable effect on the "overall well-being" of cells in the human body.
Taxifoline has been shown to act synergistically with vitamin C and increase its effects.
Vitamin C effects that taxifolin improves:
- has an effect on the immune system and its functioning
- has an effect on the protection of the cells of the immune system
- has an effect on the functioning of blood vessels, bones, bone tissue, cartilage
- has an effect on the intensity of the organism's activity
- has a significant effect on the absorption of iron in the digestive tract
- has an impact on the release of energy reserves
- has an effect on the regeneration of vitamin E in the body
- has an impact on the normalization of psychological factors of the organism
Taxifolin belongs to the group of flavonoids!
What are flavonoids - more in the article:
Taxifolin in medicines?
Dihydroquercetin (taxifolin) is a potent flavonoid that can also be found on the market in a semi-synthetic form under the trade name Venoruton.
Much effort is put into verifying and demonstrating the action of dihydroquercetin - the main areas of this type of research are mainly the following:
- Effect of taxifolin on inflammatory mediators and diseases such as cancer.
- Effect of taxifoline and myeloperoxidase removal effect
- Effect of taxifolin on dermal fibroblast damage
- Effect of taxifoline on the regulation of collagenase I in UVB-treated skin cells
- Effect of taxifolin on cells and its potential cytoprotective effect
General data from a number of studies suggest that: quercetin, dihydroquercetin, and quercitrin may benefit in slowing skin aging in humans.
Can taxifoline affect the capillary system?
Capillaries are very small vessels, 5-8 microns in diameter, comprising only one layer of endothelial cells with a basal lamina and a few collagen fibers.
At the level of capillaries, all the exchange between blood and vascularized tissues takes place, and these vessels are also the link between the arterial and venous systems. Thousands of kilometers of capillaries in the human body provide oxygen and nutrients that are needed for all body cells, and at the same time remove the waste from the body.
Capillaries do not exist in an isolated state, but form an organized network or capillary plexus.
If capillary circulation is disrupted and the capillary network is damaged, the cells "starve" and do not get enough oxygen and eventually perish. Capillary circulation problems are the basis of many degenerative processes that lead to a wide variety of diseases.
Russian doctor A.S. Zalmanov theorized that human health could be improved by increasing the working capacity of capillaries: “It is not about finding a cure for certain diseases and repairing organ damage without considering the source of the diagnosis. At the heart of these functional problems are capillaries.
