Bear Vits Children Gummy Vitamins 120 CPR.

MAIN INDICATIONS

Adequate and properly balanced multivitamins are required not only to maintain good health but also to meet the specific nutritional needs of growth and development during childhood:

• Vitamin A is an essential component of many important and diverse biological functions, including reproduction, embryonic development, cell differentiation, growth, immunity, and vision;
• B vitamins play important and closely interrelated roles in cellular functioning and play a myriad of cofactor roles in human metabolism, acting as coenzymes in a large number of catabolic and anabolic enzymatic reactions. Given the importance of B vitamins in neurodevelopment and nervous system functioning, B vitamin deficiency is a major cause of neurological impairment and disability worldwide. Adequate levels of all members of the B vitamins are essential for optimal physiological and neurological functioning;
• Vitamin C is an essential human micronutrient that, in addition to being a potent antioxidant protecting the body from endogenous and exogenous oxidative challenges, is also a cofactor for a range of biosynthetic and gene regulatory enzymes and likely plays a key role in its immune-modulating effects;
• Vitamin D is an important nutrient that helps all of the body’s major systems. Severe vitamin D deficiency may lead to rickets in infants or children and osteomalacia in adults, and subclinical vitamin D deficiency is more prevalent and is associated with osteoporosis and a higher incidence of falls or fractures;
• Vitamin E functions as an antioxidant with activity in scavenging fat peroxide radicals and protecting cell membranes. Modulation of immune function by vitamin E also has clinical relevance as it affects host susceptibility to infectious diseases such as respiratory infections in addition to allergic diseases such as asthma;
• Vitamin K is required for normal coagulation because several proteins in the coagulation cascade are vitamin K-dependent. And other tissues, such as cartilage, bone, and vascular tissue, have also been found to contain other vitamin K-dependent proteins, suggesting that vitamin K is involved in multiple aspects of human health and disease.