Super C-500 complex: the complex vitamin C

The dietary supplement Super-C Complex by Fairvital combines high dose vitamin C with synergistically working natural bioactive substances such as citrus bioflavonoids, hesperidin, rutin, alfalfa and barley grass. The added rosehips ensure an excellent bioavailability of vitamin C, so that you are supplied with vitamin C throughout the entire day.
Vitamin C is one of the water-soluble vitamins. It disaggregates quickly, is constantly working in the body and therefore used up fast. Humans are dependent on the daily intake of vitamin C through food. Unlike plants and most animals, humans, chimpanzees, guinea pigs as well as some fish and birds are not able to produce vitamin C themselves, because the messenger substance needed for the vitamin C formation is missing.
Vitamin C is an antioxidant and protects cells against free radicals. It neutralises them before they are able to damage important active substances such as vitamins. Furthermore, vitamin C is involved in the formation of connective tissue, bones and teeth.
It is interesting to know that smokers have an increased need for vitamin C of up to 50%.

Vitamin C plus citrus bioflavonoids with 60% hesperidin

Citrus bioflavonoids are secondary plant substances, which are able to enhance the effect of vitamin C. This dietary supplement by Fairvital is standardised to 60% hesperidin, which is equivalent to 60mg hesperidin per tablet.
The flavonoid has vasoprotective properties and can be of importance for a normal cholesterol level. As an antioxidant, it is able to protect cells against free radicals. Hesperidin promotes the joint and skin health, because it promotes the collagen formation and strengthens the collagen structure along with vitamin C.

Benefits of the Super C-500 complex tablets by Fairvital

• delayed release due to the addition of rosehips
• contains 60mg hesperidin per tablet
• with alfalfa and barley grass
• strengthens the connective tissue and blood vessels
• vegan, without magnesium salts of fatty acids and silicon dioxide