Regenerate and rejuvenate our organs with the help of stem cells!
We increase the vitality of our stem cells with new active ingredients in science!
Over the past 10 years, we have been able to develop a formulation that is able to mobilize adult stem cells in the bone marrow. We have achieved that our body naturally produces more stem cells, so that it can correct the defects caused by disease, accident or simply aging on its own. These research findings have helped a lot of people, including those who have already given up on traditional medicine.
In fact, the more multipotent stem cells circulating in our peripheral vascular network, the better our health, as bone marrow stem cells form the body’s natural “regeneration” system. Scientists have found that over the age of 35, we heal more and more slowly and more difficult, because the stem cells in our body no longer form to the same extent as at a younger age,
However, the number of circulating stem cells can be increased!
The efficiency and tissue rejuvenation ability of circulating stem cells can also be influenced by natural substances that optimize the energy homeostasis of cells (NADH) and provide protection for our chromosomes (Astragalus membranaceus). One of the most important specialties of the preparation is that it has an elevated NADH content. In our body NADH molecules in the amount determined by that much strength you have, how much we tire easily, what is the concentration capacity. “If the body lacks NADH, it’s like a car running out of gas.” Composition: SXC:
It promotes the formation and mobilization of stem cells in the bone marrow. In this way, the excess stem cells are able to provide faster and more thorough tissue renewal for our organs. Stem cell:
A stem cell is a non-specialized cell capable of an unlimited number of divisions, self-renewal, which forms cells similar to itself through symmetrical division, and also creates committed progeny cells.
The most important property of stem cells is that they can transform into any tissue cell, even general regenerating cells.
We distinguish two types of stem cells, embryonic and adult stem cells. Embryonic stem cells can be derived from bladder germ formed during cell division for 14 days after fertilization. Adult stem cells are found in our tissues, and they are formed and stored in the bone marrow.
If an organ is not functioning optimally or is damaged in some way and needs cell replacement, it sends a message to the bone marrow that recognizes the information and sends stem cells to the damaged area. This is called the general regeneration mechanism of the body.
This process can be modeled as follows:
– The stem cell exits the bone marrow.
– It gets into the bloodstream.
– It reaches the organs with the help of a special messenger material.
– When he arrives at the “target area”, he takes advantage of his ability to divide and forwards his copy, and he himself integrates and becomes the cells of the organ.
It can be said that the decrease in the number of stem cells is an accurate physiological indicator of the lack of regeneration and aging.
The physical activity of the circulating stem cell number can also be increased by consuming certain foods. A simple and convenient way to do this is to consume the Olimpiq SXC product, which was developed at the Medical University of Pécs and can increase the stem cell level of peripheral blood by up to 200% based on research.
In terms of its mechanism of action, after consumption, it inspires bone marrow stem cell-producing and storage tissues to release more adult multipotent stem cells into the bloodstream. In this way, the excess stem cells are able to regenerate our worn out cells. Two hours after consumption, a 175% increase in blood samples can be detected.
NADH (Coenzyme-1 / Q1):
It plays a key role in the synthesis of ATP, called the “fuel” for cells, so that the metabolism of NADH produces three ATP molecules. The amount of ATP gives strength to all our human cells! Our physical strength, our thinking, our digestion, our perception of the outside world, in short, everything we are, is due to the ATP molecules produced in our cells in a biological sense.
NADH stands for nicolinamide adenine dinucleolide. The letter H stands for hydrogen. This compound is also known as Coenzyme-1 (Q1). NADH is the most potential antioxidant found in the body.
NADH is found in all living plant and animal cells as it is essential for energy production and thus for the survival of all cells. Animal cells produce more NADH because they also need more energy.
The highest NADH content occurs in the cells and tissues with the highest energy requirements.
These are the heart, brain, muscles, liver and kidneys. The more NADH available to cells, the more energy they can produce.
In the human body, NADH regulates more than 1,000 metabolic reactions. When there is a deficiency in NADH, physical or mental fatigue becomes palpable.
All living cells in our body need energy to do their job. Muscles need energy to be able to move. The brain requires energy for functional recognition and memory properties. The heart needs energy to perform pumping-pumping tasks. The lungs are unable to breathe without energy. The ability to produce energy is a prerequisite for a cell to exist at all. Without energy, all cells are destroyed.
External replacement of NADH can only be done from raw (non-heat-treated) foods, it is contained in larger amounts in food of animal origin. Their raw intake is quite limited, so the easiest way to take advantage of this energy supplement is to take it as a dietary supplement.
Responsible for chromosome stability (and cell life) ensures the protection of telomeric regions by increasing natural (Astragalus membranaceus) telomerase activity. As a result, the number of cell divisions regulated by our body can be increased, which can lead to a slowdown in aging.
– An herb used in traditional Chinese medicine for more than two thousand years.
– Has immune-boosting properties.
– Antioxidant effect.
– Activates the enzyme telomerase.
A telomer is a segment of multiple repeats at the end of the DNA that makes up a chromosome. At each cell division, when a copy of the chromosome is created, a portion of the telomere is not copied, so the telomeres will be shorter at each division.
When the length of the telomere decreases to a critical size, the cell is killed. It follows that the longer the telomer, the more the cell can divide, and the shorter the telomer, the less the cell can divide.
The enzyme telomerase prolongs the shortened telomeric phase during cell division, thereby increasing the number of possible divisions. The gene responsible for the production of the enzyme telomerase is there in the DNA of the cells that make up the body.
Protect cells from the destructive effects of free radicals. They provide protection for stem cells to reach the area to be regenerated without damage.
What are Flavonoids?
The name flavonoids refers to a group of compounds whose members have a similar chemical backbone and are found mainly in the peel and seeds of fruits and vegetables. Flavonoids are produced by plants for their own protection.
Olimpiq SXC research results:
In case of diabetes:
Hungarian researchers artificially damaged the so-called insulin-producing insulin in the pancreas of experimental animals. beta cells and then one group was fed Olimpiq SXC in addition to their normal diet. The 1-inch graph is clearly visible from that insulin production has improved significantly Olimpiq SXC is compared to control animals in case consumers. It is likely that the damaged tissue cells were replaced by plus-produced stem cells and insulin production was restored. The form of Olimpiq SXC developed for diabetics is Olimpiq SXC SL (Sugar Level).
Department of Pharmacology, University of Medicine and Pharmacy Targu Mures, 2. Ophthalmology Clinic, Targu Mures, 3. Department of Pathology, University of Medicine and Pharmacy, Targu Mures, 4. Department of Public Health, University of Pecs, Hungary, 5. Crystal Institute KFT, Eger, Hungary. Doczi-Keresztesi Z. 1, 2, Jung J. 3, Kiss I. 4, Mezei T. 3 Szabo L. 5, Ember I. 4
Subject: To determine whether treatment with the long-term cell stimulant Olimpiq SXC SL prevents hyperglycemically induced retinal and renal vascular permeability and blood-retinal barrier arrest (BRB) in alloxan-induced diabetics.
Methods: Male Whistar rats were divided into three groups. Two groups received a single intraperitoneal injection of Alloxan (125 mg / kg) – a substance that is a pancreatic beta cell toxicant; another group received solvent / vehicle. One group of Alloxane-excited diabetic rats was treated with Olimpiq SXC SL for 4 weeks, while the untreated and non-diabetic control groups were fed standard laboratory diet. Blood-retinal barrier and renal vascular permeability were measured by fluorescein isothiocyanate permeation, which was labeled with calf serum albumin (FITC-BSA).
Results: At 6 weeks after treatment with alloxan, significant tissue fluorescence occurred, renal vascular leakage, and BRB collapse were detected in the diabetic group compared to the non-diabetic group. Olimpiq SXC SL treatment significantly reduced BRB collapse, tissue fluorescence, and vascular leakage compared with the untreated group.
The mechanism of these effects may include regeneration of the vascular endothelium induced by stem cell stimulation. Blood glucose values gradually decreased without significant differences between groups, hence no insulin-secreting beta cell regeneration could be detected.
Blood glucose levels on a continuous diet with Olimpiq SXC started concomitantly with Alloxan
Conclusion: The results suggest that Olimpiq SXC SL may be useful in the treatment of diabetic complications such as kidney disease or retinal disease, which are associated with increased vascular permeability.
Other research findings:
Patients have lower cardiovascular mortality:
The number of CD34 + KDR + endothelial progenitor cells (EPS) was determined in 519 patients with coronary artery disease confirmed by angiography. Patients received standard medical treatment and then, after 12 months, the effectiveness of the therapy was compared with the level of EPS measured before starting treatment. Patients with higher circulating EPS concentrations had lower cardiovascular mortality, longer event-free survival, fewer patients in this group had to be hospitalized, and revascularization was also faster (all results were statistically significant) than patients with initially lower stem cell counts. Patients with higher circulating EPS concentrations had lower cardiovascular mortality and longer event-free survival.
Source: Circulating endothelial progenitor cells and cardiovascular outcomes. Werner N, Kosiol S, Schiegl T, Ahlers P, Walenta K, Link A, Böhm M, Nickenig G. N Engl J Med. 2005 Sep 8; 353 (10): 999-1007.
The study looked at 176 different patients with headaches, looking for a correlation between the number of circulating endothelial progenitor cells on the one hand and their function on the other. The study found that EPS numbers were significantly lower in migraine patients and that EP cells also showed functional abnormalities (e.g., reduced migration capacity).
Source: Decreased number and function of endothelial progenitor cells in patients with migraine. Lee ST, Chu K, Jung KH et al. Neurology. 2008 Apr 22; 70 (17): 1510-7.
Erections and Erectile
Dysfunction : The authors studied and compared 30 patients with overweight erectile dysfunction with the same number of healthy controls of the same age and weight but without erectile dysfunction. Concentrations of CD34 + KDR + EP cells were lower in patients with erectile dysfunction than in healthy controls. The decrease in EPS number correlated with the severity of erectile dysfunction.
Source: Circulating CD34 + KDR + endothelial progenitor cells correlate with erectile function and endothelial function in overweight men. Esposito K, Ciotola M, Maiorino MI, Giugliano F, Autorino R, De Sio M, Jannini E, Lenzi A, Giugliano D. J Sex Med. 2009 Jan; 6 (1): 107-14.
45 patients in need of ventilation were studied:
The authors studied patients in need of artificial respiration with acute respiratory distress (45 individuals) to determine whether there is a relationship between patients ’stem cell concentration (endothelial progenitor cells) and disease prognosis. The results showed that patients with low EPS had twice the mortality (61%) of those with higher EPS (30% mortality). The correlation can be said to be statistically significant.
Source: Increased circulating endothelial progenitor cells are associated with survival in acute lung injury. Burnham EL, Taylor WR, Quyyumi AA, Rojas M, Brigham KL, Moss M. Am J RespirCrit Care Med. 2005 Oct 1; 172 (7): 854-60.
Stroke versus stem cell level:
The authors studied the number of EP cells in stroke patients. It was found that patients with acute stroke had lower EP cell counts than those with chronic stroke or healthy individuals. There was also a lower EP cell count in patients with severe atherosclerosis — the cause of storke (compared with embolism-induced strokes).
Source: Circulating endothelial progenitor cells as a new marker of endothelial dysfunction or repair in acute stroke. Chu K, Jung KH, Lee ST et al. Stroke. 2008 May; 39 (5): 1441-7.
Hypertension and stem cells:
The authors studied 37 patients with refractory hypertension and 30 normotensive controls, comparing their EPS concentrations. The number of EPS in patients with refractory hypertension was 56% lower than in the healthy control group, and this was an independent association independent of all other known risk factors.
Source: Endothelial progenitor cells are reduced in refractory hypertension. Oliveras A, Soler MJ, Martínez-Estrada OM et al. J Hum Hypertens. 2008 Mar; 22 (3): 183-90.
Stem cell levels in kidney patients:
By examining 50 chronic kidney patients, the authors concluded that chronic kidney disease reduces the number of circulating EP cells, which may contribute to the consequently increased cardiovascular risks. They warn that dialysis removes abnormal metabolites but does not normalize the circulating EPS, so cardiovascular risk remains elevated despite dialysis.
Source: Endothelial progenitor cell dysfunction in patients with progressive chronic kidney disease. Krenning G, Dankers PY, DrouvenJW Am J Physiol Renal Physiol. 2009 Jun; 296 (6): F1314-22.
Packed in a delayed-release capsule to work only where you need it most!
Delayed-release capsule / DR capsule:
Absorption of the contents of the classic soft gelatin capsule begins in the stomach 5 minutes after ingestion. In the delayed-release capsule, the active ingredients already act in the intestinal tract 45 minutes after ingestion, passing through the acidic medium of the stomach in a protected manner.
– Protects active ingredients against acids without film coating.
– Vegetable-based, vegetarian capsule.
– Improved stabilized moisture sensitivity.
– Masking of flavors and odors, which reduces digestive irritations.
77 kinds of fruits with polyphenol / flavonoid content, flowers, seeds, herbs, spices, roots, leaves, etc. (see below), Radix Astragali Astragalus membranaceus (Fich.) Bunge Astragalus Linn root extract, inulin, cinnamon powder, Chromium III. colostrum VI. hydrate, capsule shell: hypromellose, gellan gum.
Apples, elderberries, juniper berries, lemon peel, rosehip, blueberries, black cherry peel, black currant seed peel, blackberry seed peel, hawthorn, sea buckthorn, blackthorn, orange peel, red currant seed peel, red plum seed, plum -shell.
Acacia, elderflower, cornflower, hawthorn flower, hibiscus flower, sandhopper, chamomile flower, hop flower, blackthorn flower, marigold, lavender, marshmallow flower, orange flower, medical linden flower, rose petal, saffron shrubbery.
Anise seeds, sorghum seeds, lace seeds, sweet cumin, cumin seeds, dill seeds, cardamom seeds, flax seeds, butterfly seeds, milk thistle seeds, mustard seeds, sunflower seeds, pumpkin seeds, red grape seeds.
Burdock, goldenrod, yarrow, lemongrass, willow bark, corn mustache, alfalfa, cherry stalks, doctor’s yarrow, scented thyme.
Basil leaf, cinnamon bark, thyme, coriander seeds, oregano leaf, rosemary leaf, green tea, clove flower buds.
Beets, Jerusalem artichokes, licorice, marshmallow root, ginseng root, ginger, catnip.
Peppermint, nettle, dandelion leaf, hops, birch leaves, sage.
Active ingredient in daily dose:
– of which Astragalosides
|200 mg to|
|Chromium||0.2 mg * NRV 500%|
* NRV is the recommended daily intake for adults.
Hemp ground dried ground, L-carnitine, Ganoderma Lucidum dried ground, coenzyme Q10, chlorophyll, spirulina algae powder, fucoidan dried ground (brown algae extract), corn mustache dried ground, lychee fruit dried L-arginine, capsule shell: hypromellose, gellan gum.
Active ingredient in daily dose:
|Hemp seeds||136.8 mg|
|Coenzyme Q10||5 mg|
– 1 capsule A per day, 1 capsule B per day orally and 2-3×1 capsules per day on request.
– 120 capsules A – 120 capsules B.