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Made of high strength surgical steel 316L in Japan
23-karat gold
Affects four biologically active spots
• Germanium 200 PPM bio-ceramic insert;
• Magnetic inserts with electromagnetic field 750 to 800 gauss;
• Infrared radiation wave bio-ceramic inserts ranging 4 to 14 microns;
• Negatively charged oxygen ion emission bio-ceramic inserts 800 to 1000 ions per 1 cu cm.
Length: 21 cm (adjustable)
Width: 1.1 cm
Weight: 56 g
Certified in Russia: FEX 77.01.16.960.P.026035.04.08
Standard length 21 cm;
The length can be adjusted because each bracelet is made up of individual units. If you need a larger bracelets, join two bracelets together or make a necklace with two bracelets.
Bracelet Care:
• Do not immerse in water;
• Do not expose to hair lacquer or perfume.
Technology:
• QuadrActiv bracelets are stylish pieces of jewelry that have healing properties.
• QuadrActiv uses advanced processing technologies and gilds the surface during production.
• Made in a vacuum, a layer of titanium nitride is added to the surface before gilding
• To increase the durability and beauty of QuadrActiv bracelets, electrolysis is used to apply the 23-karat gold
• Inserts are bio-ceramic
• What Are Bio-Ceramic Inserts?
These inserts combine oxides of chemical elements like silicon oxide (SiO2) and alumina (AI202) with types of ceramics. For example, infrared light bio-ceramic inserts include 26 types of ceramic materials and various types of oxides heated to high temperatures of 1600 degrees and then cooled.
Properties:
23-Karat Gold
23-karat gold is a chemical element with superior physical characteristics that make it a beautiful choice for jewelry. Gold is moisture, acid, salt, and alkalis resistant and it will not oxidize with air exposure.
The higher the content of the gold, the more precious it is. The karat of the gold is the ratio of the gold to the amount of other metals. Karat is calculated from 1 to 24. 24 karat gold is 100% gold. QuadrActiv bracelets are 23-karat gold. Titanium nitride is inflicted on the service before applying the gold layer by electrolysis. This treatment improves the resistance and provides a more vivid coating.
Germanium
Human clinical trials and animal experiments show germanium has a positive impact on the human body. The big breakthrough in germanium happened in 1967 when Dr. Asai found it had a wide spectrum of biological actions. Organic geranium has the ability to improve the conductivity of nerve impulses, transfer oxygen in bodily tissues, demonstrate antitumor activity, and enhance the immune system. Japanese scientists created the first germanium drug used in correcting the status of the immune system in treating human diseases. Organic germanium behaves in the blood similarly to hemoglobin. It also bears a negative charge and participates in the transport of oxygen in bodily tissues.
Organic germanium prevents blood hypoxia and other disorders due to oxygen deficiency in the blood, including protecting the liver, kidneys, heart muscle, and central nervous system. Experiments show organic germanium promotes gamma interferon, which inhibits rapidly dividing cells and activates T cells. The main areas of action are with the antitumor and antiviral defenses, the radio protective functions of the lymphatic system, and immunomodulating. Organic germanium delivers oxygen to all areas of the body and ensures interaction with hydrogen ions, which clears the body of positively charged hydrogen ions.
Magnetic Field
Magnetic fields help realize the interaction and communication between moving electrical charges. Constant magnetic charges change the permeability of the secondary structure of the peripheral membrane proteins and the lipid bilayer. This leads to metabolic and enzymatic activity in the cells. The change of permeability during exposure to the magnetic promotes humoral and cellular immunity. Magnetic fields increase microvascular permeability. This leads to transcapillary transport activity that increases the metabolism, restores electrolyte balance, and contributes to the increase of prostaglandins and cytokines in the tissues. It also increases the antioxidant tocopherol and inhibits inflammation and peroxidation. Weak magnetic fields can reduce blood clotting while strong magnetic fields increase it.
The parts of the body most sensitive to magnetic fields are in the central nervous system, including the thalamus, cerebral cortex, and hypothalamus. Magnetic fields change the conditioned reflex activity in the brain, offering a sedative effect that helps you decrease emotional stress so you sleep better. It also increases the function of the secretory cells, pituitary, and hypothalamus. It also increases by the brain's resistance to hypoxia by activating the carbohydrate-phosphorus and nitrogen metabolism in the brain. The brain's circulation improves as the tone of the cerebral vessels reduces. The peripheral receptors become less sensitive and the conductivity function improves after magnetic field therapy. It has a positive effect on injured peripheral nerves and stimulates the neuroendocrine system.
Also sensitive to magnetic fields, the cardiovascular system and hemodynamic improves as the pulse slows and the heart becomes more efficient. High blood pressure reduces and the circulation in the blood vessels improves. Ten to thirty minutes after exposure blood flow and the capacity of the vessels increase while the blood thins to improve its rheological properties. The reaction of microcirculation causes colloidal property proteins to change. The anticoagulation system activates, reducing vascular thrombosis and ESR slows. The red blood cells and hemoglobin in the blood increase along with the phagocytic activity of leukocytes. The stimulation of the function of the lymphoid tissue has a positive effect on immune genesis and nonspecific resistance of the organism.
Magnetic field exposure increases vascular efficiency, including the general and local fatigue. After magnetic exposure the metabolism and gastro intestinal tract function normalizes and the mucosa of the intestines and stomach being a reparative process. This causes significant changes in the liver and its metabolism and it normalizes the pancreas.
Magnetic therapy also has a stimulating effect on the regeneration of injured tissues. It also helps treat inflammation and the causes of its development. In addition, magnetic fields offer positive effects for female genital diseases, gastric and duodenal ulcers, microcirculation, and tissue proliferation.
Bio-Ceramics
A spectrum of electromagnetic waves of 2 microns to 760 nm, infrared radiation waves are absorbed at the depth of 1 cm. Longer infrared rays penetrate 2 to 3 cm deeper. Since the energy of infrared rays is low, it increases the rotational and vibrational motions of atoms and molecules, the Brownian motion, the accelerated electron motion, the electrolytic dissociation, and the ion motion. It first leads to the formation of heat. The spectral and intensity of infrared radiation are set by the body's temperature. The body itself is a source of infrared radiation, which helps it absorb it well.
As the body absorbs infrared energy, it generates heat that leads to an increase in temperature of 1 to 2° C. It also causes a thermoregulatory response of the superficial vascular network. The tone of the capillaries changes along with the afferent conductors of the skin. The absorbed thermal energy activates the migration of polymorphonuclear lymphocytes and leukocytes and accelerates the metabolic processes in the tissues to ensure quick healing of wounds and ulcers. The stimulation of phagocytosis, increased peripheral circulation, and vascular permeability changes promote infiltrate resorption of dehydrated tissues, especially in chronic stages of inflammation in the subacute. This reduces nerve compression and pain.
The increasing vascular permeability and microcirculation activation also contribute to removing the autolysis products of cells. The infrared radiation stimulates reparative regeneration of inflammation.
Air Ions
Particles in the air that carry a positive or negative charge are called ions. Negatively charged air ions are usually used medicinally. As air ions reach the surface of the skin, the mucous membranes lose their electrical charges. They interact with molecular complexes and alter the free nerve endings, significantly reducing pain sensitivity. The increasing blood flow activates reparative and trophic processes in the tissues. These chemically active compounds cause microorganism death on the skin's surface, accelerate wound healing, and activate the differentiation of epidermal cells.
Negative aeroionotherapy increases pulmonary ventilation, oxygen consumption, and redox processes in tissues. Negative air ions increase hemoglobin and the number of red blood cells while slowing the ESR and blood clotting. It also changes the pH of the blood to more alkaline. Negative ions decreases blood pressure and slows the heart rate. Effects also include increasing the reflex excitability of nerve cells and muscles, strengthening the cerebral cortex, and positively changing the functional state of the central nervous system.
Negative aeroionotherapy improves health, normalizes sleep, and improves physical and mental performance. It stimulates carbohydrate, water, and protein metabolism and stabilizes the phosphorus and calcium in the blood. Resistance to adverse environmental factors increases, the degree of sensitization is reduced, and the phagocytic activity of leukocytes increases.
Price: 240 €
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