![]() supporting the increase of the capacity of concentration and memory and maintaining the quality and duration of sleep.promoting the growth and differentiation of normal neuronal cells. ![]() ![]() maintaining the structure, permeability and polarization of the cell membrane (maintains the osmotic balance between the concentrations of sodium, potassium, calcium and magnesium in the body), positively influencing cellular processes, such as nerve impulse conduction and cardiac muscle contraction.Moreover, some animal studies have shown that due to its antioxidant effect, taurine prevents the formation of cholesterol deposits on the walls of arteries. Taurine increases the contraction force of the heart muscle, ensuring better blood circulation through the arteries and better oxygenation of tissues, so it is indicated in the prevention of heart disease. This can result in problems such as palpitations, insufficient heart muscle contracture, heart failure and an increased risk of death due to heart disease. This leads to changes in performance in the activity of the heart. To the permanent wear and tear given by the continuous activity is added that produced by aging. But the antioxidant power of taurine and the protection it provides to cells offset the negative effects of diabetes and ultraviolet radiation on eye tissue.Įvery day, your heart beats about 100,000 times, and the effort of the heart muscle is huge throughout life. The phenomenon is more common in those who suffer from diabetes and in those who have been exposed without protection to ultraviolet light. As we age, the rod and cone cells near the optic nerve deteriorate and die progressively, so the visual acuity decreases. Specialists explain the phenomenon by the fact that this amino acid improves the activity of rod and cone cells in the eye, which acts as visual receptors. Taurine deficiency has been associated with retinal damage and impaired vision. Taurine is a powerful antioxidant, present in large quantities in the retina. Taurine is synthesized in the body from the amino acids cysteine and methionine in the presence of vitamin B6 does not take part in protein synthesis, is water soluble, is found in high concentrations in the heart muscle, skeletal muscle, leukocytes, platelets, gallbladder, kidneys, retina, thymus, adrenal glands, mucous membranes (especially digestive tract), salivary glands and nervous system central (four times more in children's brains than in adults'). Under conditions of intense physical exertion, the body can no longer produce enough taurine. Taurine is the most important intracellular conditioned essential amino acid. Taurine supports neuronal development, helps regulate the level of water and mineral salts in the blood, regulates cardiac activity and prevents the degradation of eye tissues. ![]()
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