What is cell juice of a fir tree?

Cellular sap of Siberian fir is one of the important components of SibXP®Complex. It is 100% natural intracellular juice of fir needles. It was obtained with the help of carbon dioxide extraction of fresh fir-tree greenery, which allowed the extraction of all the useful substances of this plant in an unchanged form without using high temperatures and organic solvents.

Description

Description It is a 100% natural cell juice of fir needles. It was obtained using carbon dioxide extraction of freshly cut fir tree needles due to which all useful substances of this plant are extracted and preserved unchanged without using high temperatures and organic solvents.
Appearance - clear liquid
Colour - dark cherry
Odour - fir needles
Taste - fir needles
Dry residue - 2%

Composition:
• Vitamin C
• Carotene
• Flavonoids
• Phenolic acids
• Maltol
• Macro and microelements (iron, sodium, potassium, calcium, zinc, magnesium, and manganese)

An iron-maltol complex is a very valuable component of the extract. Maltol is the strongest natural antioxidant, which, on the one hand, blocks free radicals preventing them from destroying cells and the integrity of body tissues, and, on the other hand, contributes to better absorption and assimilation of iron in the gastrointestinal tract. Thanks to maltol, the extract is sterile to itself and bactericidal in relation to the products into which it is introduced, which makes it possible to reduce significantly the proportion of preservatives and stabilizers.

Properties

1. . Influence on working capacity
• Pronounced toning and stimulating effect
• Improvement of physical and mental performance
• Increase in resistance to stress, prevention of fatigue, and acceleration of recovery processes in the body
• Normalization of excess accumulation of lactic acid in the blood
• Mobilization of the body's natural forces

2. Immunostimulating action
• Reinforcement of the immune system
• Strengthening of the body's resistance to various pathogens of infectious diseases
• An anti-inflammatory effect in cases of respiratory tract diseases

3. Influence on the blood system
• Increased level of hemoglobin and red blood cells
• Normalization of morphological changes in erythrocytes
• Increase in serum iron and serum ferritin levels

4. Protection from stress
• An increase in body resistance to stress and psychoemotional stress
• Removes the consequences of stressful situations
• Increases adaptive capabilities of the body

5. Antioxidative activity
• Shows high antioxidant activity protecting the body from free radicals
• Increases the body's natural antioxidant defence
• Increases the body's resistance to unfavorable environmental factors

6. Antitoxic properties
• Has an antitoxic effect on various harmful substances
• Reduces alcohol toxicity

Reduces alcohol toxicity

The water fraction of the Siberian fir carbonate extract is a natural adaptogen that can restore the physiological functions of the human body, increase unspecific protection from various unfavorable factors. Adaptogenic properties of fir are particularly valuable, since the excessive demand and wide consumption of such long-known and popular adaptogens as ginseng, eleutherococcus, rhodiola rosea and others have led to the depletion of their natural resources and the appearance on the market of preparations obtained from cultivated plants, the biological activity of which is significantly inferior to biological activity of wild species. Therefore, phytocorrectors of the adaptation process based on wild plants are the most effective for today. Research conducted on the basis of the Hygiene Research Institute (Novosibirsk) showed a pronounced stimulating effect of the water fraction of the fir extract on the physical performance of experimental animals and the ability to facilitate adaptation to increased stresses on the body. Testing was carried out with the help of the technique of forced two-time swimming of mice with a weighting load for 5 days, with a "collision" of adaptation on the 6th day. An introduction of the fir extract increased the swimming time of the experimental animals by 56-90% from the first test to the end of the experiment. On the 6th day, despite the abrupt change in the conditions of the swimming, the animals that received the extract swam 93% longer than the control ones. To understand the mechanism of action of the fir extract water fraction, its effect on the oxidative processes of the organism was studied. It is known that during intensive muscle work, lactic acid accumulates in the blood. Its level can serve as one of the indicators of body fatigue during physical exertion. One of the reasons for the increase in lactic acid (LA) is the disturbance of its oxidation into pyruvic acid (PA) during intensive muscle work. The growth of the LA /PA index is directly related to increased fatigue and decreased efficiency, which is aresult of disturbance of oxidative processes. It was also established that during exercise, the level of free radical processes increases, the process of lipid peroxidation (LPO) is activated, which leads to a decrease in antioxidant defence of the body. LPO processes are the limiting factors in the development of fatigue.

Studies conducted in this regard at the Siberian State Medical University (Tomsk) clearly showed that the use of Siberian fir extract significantly improves the muscle fatigue in children with attention deficit and hyperactivity disorder. After a course of extract administration, a decrease in LA concentration is observed against the background of an increase in the PA concentration, thereby decreasing the LA /PA fatigue index. Also, a significant antioxidant effect of the fir extract was found, which helps to reduce the content of malonic dialdehyde in the blood serum, a toxic product of lipid peroxidation leading to cell death, and an increase in catalase activity, which is one of the main enzymes of antioxidant defence of the body. Normalization of oxidative processes under the influence of fir extract is accompanied by a reduction in all symptoms of the disease: fatigue is reduced, activity, efficiency, concentration, attention, memory are enhanced. With the participation of the Siberian State Medical University, the effectiveness of the fir extract application in children living in an environment with radiation and chemical contamination (Naumovka settlement, Tomsk region) was evaluated. The results of examination of children from a disadvantaged area testify to the oppression of their muscle activity and higher fatigue in consequence of oxygen deprivation.

After a course of fir extract administration, the number of students' complaints of rapid fatigability, headache, sleep disturbance decreased, the general condition of the children improved, physical activity was restored, biochemical processes of muscle fatigue of the body and free radical oxidation normalized. In the genesis of fatigue, the hypoxia factor is of great importance since the physical load is closely related to the increased consumption of oxygen and, consequently, it further limits the working capacity of the organism. In the works carried out in the Hygiene Research Institute (Novosibirsk), it was shown that fir extract possesses anti-hypoxic effect: it increases life expectancy of experimental animals exposed to hypoxia up to 36%. The extract significantly alleviates or completely normalizes disturbances in internal organs and blood system caused by the hypoxic trauma, which speaks for its anti-stress action. The stress-protective effect is confirmed by a number of experimental works of the Research Institute of Pharmacology and the Tomsk Cardiology Research Institute. The anti-stress effect of the water fraction is clearly shown in an experiment using several models of stress (immobilization, hypoxic, and inflammatory stress). It was found that the fir extract has a protective effect on the internal organs (thymus, spleen, adrenal glands, and gastric mucosa) suffering from stress reactions. The extract also restores motor activity and the number of white blood cells, a decrease in which is characteristic of severe or chronic stress. Special attention should be paid to the property of the Siberian fir water fraction extract to increase the reduced content of hemoglobin and erythrocytes. The effectiveness of using the extract against the background of iron deficiency anemia of mild degree was confirmed at the Children's City Hospital.

It was found that the monthly course of fir extract administration increases the hemoglobin content, the colour index, the number of reticulocytes, and normalizes morphological changes in the cells. After the intake of the extract, children showed a significant increase in the serum iron and serum ferritin levels, which is indicative of the restoration of the transport and deposited iron fund. Siberian fir extract application provided regression of the clinical symptoms of the disease within a short time: it normalized sleep, improved appetite, decreased fatigue, lethargy, reduced the frequency and severity of dyspeptic disorders. High efficiency of the product stems on the one hand from its direct influence on the peripheral link of erythron, and, on the other hand, from pronounced tonic and adaptogenic properties, due to which the fir extract provides a complex effect on the body.

Regular intake of fir extract boosts the immunity, strengthens the body's resistance to various pathogens of infectious diseases, has an anti-inflammatory effect in cases of respiratory diseases, reduces negative effects of technogenic factors on the body that depress the immune system and precede the development of many diseases. Some health work was carried out in pre-school educational institutions in Tomsk, which showed high efficiency of the extract. Child welfare centres are the best model for such tests, because there is usually a big number of kids in a small room, and infection in one child quickly spreads to the other children. Only three courses of taking the fir extract during the autumn-winter period provide a 52% reduction in the frequency and duration of acute respiratory diseases and a reduction in the number of complications in the respiratory system.