Child And Adult Magnesium Syrup 100 Ml (magnesium, Calcium, Zinc, Beta-carotene And Vitamin D)

MAGNICALS syrup 100 ml product content Calcium (150 mg) Magnesium (125 mg) Zinc Oxide (ZINC) (5 mg) Vitamin D (200 IU) Calcium in Children Calcium, the most important mineral for bone structure, is one of the basic building blocks of child development. Calcium taken with breast milk in the early years of life provides healthy bone development in children, while protecting osteoporosis that may cause risks in later ages, ie bone resorption. Magnesium in children Magnesium is an important mineral in meeting the needs of children of developmental age, especially with the contributions of the body to energy production. Studies in the last twenty years have shown that magnesium has a very important role in both cells and in intracellular communication. The main reason why magnesium is so important It is because more than 300 enzymes in our body have a key role for the operation. Since the body cannot produce this important element on its own, it must take it through nutrients from outside. Magnesium is necessary for proper functional functions, strengthening of bone tissues and regulating heartbeat. Children between the ages of 4-8 need 130 mg magnesium daily. ZINC in Children (Zinc) Zinc regulates immune systems, neurological functions and cell proliferation of children of the age of growth and development. Zinc also has positive effects on diarrhea and diseases. In the deficiency of zinc, your child's height prolongation may regress. In this case, zinc reinforcement is made. Daily zinc need 3mg per day for 1-3 years of age-5 mg for 4-8 years of age 5 mg Vitamin D for children Vitamin D functions in the body By regulating Ca and Pilmis from the small intestines, it affects bone growth, hardening and repair. To regulate low blood CA levels in kidney patients, to ensure the normal development and growth of bones and teeth in infants and children. Prevents rashitism, controls bone development with CA. It plays an important role in the growth of cells and in the regular function of muscle and nervous systems.