Calcium and vitamin D3

Olimp Chela-Calcium D3 is a dietary supplement that contains a chelated form of calcium and vitamin D3, which enables significantly better absorption. Calcium and vitamin D3 are the two most important nutrients for maintaining healthy bone and tooth structure.

Adequate calcium intake is essential to ensure healthy bone structure and development and to prevent a decline in bone density. Calcium intake should be given special attention by menopausal women, who have a greater decline in bone density than men due to hormonal changes.

Vitamin D3 is one of the most important components that affects calcium metabolism. In addition to increasing the absorption of calcium from the gut, it also reduces the secretion of hormones that cause demineralization.

Calcium in the form of chelate is several times better assimilated compared to the usual forms of calcium found on the market. In addition to improved calcium bioavailability, the chelation process also reduces the likelihood of adverse reactions between calcium and other minerals. Olimp Chela Calcium D3 is intended for everyone who is deficient in calcium and vitamin D3, or for people such as athletes, children, menopausal women and the elderly who have an increased need for these two nutrients.

Vitamin D functions:

• contributes to the normal absorption of calcium and phosphorus
• contributes to the maintenance of normal bones
• contributes to the maintenance of normal muscle function
• contributes to the maintenance of normal teeth
• contributes to the normal function of the immune system
• it is required for normal bone growth and development in children
• helps reduce bone mineral loss in postmenopausal women
• it is required for normal bone growth and development in children

Calcium functions:

• contributes to normal energy metabolic metabolism
• contributes to normal muscle function
• contributes to normal neurotransmission
• it is needed to maintain normal bones
• it is needed to maintain normal teeth
• helps reduce bone mineral loss in postmenopausal women
• it is required for normal bone growth and development in children