Vitamin C 1000mg with rosehip - 120 Tablets

Buffered Vitamin C 1000mg with rosehip

If you are looking for a high-dose vitamin C supplement, Fairvital is the place for you! This high-quality food supplement contains 1000mg vitamin C and 100mg rosehip extract per tablet.
The vitamin C is available in the stomach-friendly, buffered form calcium-L-ascorbate and is therefore suitable for people with a sensitive stomach. The rosehip extract (Rosa canina L.) is 10-fold concentrated, which is equivalent to 1g rosehip per tablet.

Calcium-L-ascorbate: buffered ascorbic acid

The scientific name of vitamin C is ascorbic acid. It does not matter whether the vitamin C is in natural form, e.g. from rosehip or acerola, or in synthetic form, because the structure of the vitamin is the same.
Calcium ascorbate is the calcium salt of ascorbic acid. Put simply, the ascorbic acid has been neutralised with the mineral calcium, so that the vitamin C is present in buffered form.

Vitamin C for the immune system

When people talk about supporting the immune system, their first thought is usually vitamin C, and for good reason. The micronutrient is essential for the function of the body’s defences, which means both the numerous killer cells and the antibodies that are secreted.

Protection for the cells through vitamin C

Metabolism produces a certain amount of free radicals every day, which the body can handle well. They are even needed for the immune system to function. However, when there is an excess of free radicals, it is called oxidative stress, which can cause damage to cells. In this case, antioxidants such as vitamin A, vitamin C, vitamin E or some B vitamins offer very good support in making the aggressive oxygen molecules harmless and protecting the cells.

Vitamin C tablets by Fairvital

• highly dosed
• 1000mg vitamin C per tablet
• stomach-friendly calcium ascorbate
• with rosehip extract
• supports the immune system
• promotes cell protection
• vegetarian and vegan
• gluten-free, lactose-free
• without magnesium stearate and silicon dioxide