Lamberts Vitamin C 500mg (Time Release) (Formerly Vitamin C - Time) 250's

Lamberts Vitamin C 500mg (Time Release) (Formerly Vitamin C - Time) 250's

£16.95
CURRENTLY UNAVAILABLE

Vitamin C is needed for a healthy immune system, healthy bones, teeth and gums as well as helping to maintain normal blood fat and cholesterol levels. Our daily requirement for vitamin C is higher than any other water-soluble vitamin. Ideally, vitamin C needs to be taken in small amounts throughout the day and night because it is rapidly lost from the body. However, this is not always convenient which is why Lamberts® have formulated Time Release Vitamin C tablets.
These tablets are produced by a special process that retains the nutrient in micropellets allowing it to be released slowly after the tablet has been swallowed. This means that the absorption of vitamin C is a continuous process as the gradual release takes place over six to eight hours.
Lamberts® Time Release Vitamin C 500mg tablets also contain a relevant level of bioflavonoids because they are known to aid vitamin C absorption. Bioflavonoids have also been demonstrated to have specific effects including a strengthening effect on the capillaries.
A gradual release of vitamin C which replicates the natural process of food digestion
A more stable level of vitamin C in the blood for a longer period
A lower rate of excretion of vitamin C
The beneficial effects of vitamin C available over a sustained period.
Directions:
Take one to two tablets twice daily with a meal or as directed by a healthcare practitioner.
Each tablet delivers:
Vitamin C (as ascorbic acid) - 500mg
Citrus Bioflavonoid Complex - 50mg
Rose Hip Powder - 25mg
Tableted With:
DiCalcium Phosphate, Cellulose, Hydroxypropyl Methylcellulose, Anti-caking Agents (Silicon Dioxide, Magnesium Stearate), Tablet Coating (Hydroxypropyl Methylcellulose, Glycerin), Stearic Acid.
Suitable for vegetarians and vegans.
Warnings:
Over 1000mg of Vitamin C may cause mild stomach upset in sensitive individuals.
Do not exceed recommended dose.