Slow Release Vitamin C 1500mg 120 Tablets in 2 Pots

our highest strength vitamin c tablet at 1500mg ,useful for extra immune system support ,sophisticated, slow-release tablets for long-lasting vitamin c vitamin c plays an important role in normal collagen formation and normal function of cartilage. its also well-known for supporting the immune system and protecting cells from oxidative stress. vitamin c 1500mg provides a high level of vitamin c per tablet, making it useful for anyone wanting to take a large amount daily. weve also included relevant levels of bioflavonoids and rosehips; two natural compounds that complement vitamin c. weve specially formulated our vitamin c tablets to release the nutrient content over 6-8 hours after swallowing, meaning absorption into the bloodstream occurs gradually. this sophisticated design helps maintain blood levels of vitamin c for longer. this allows the gut to absorb a higher level, so there is less waste and a more even level of vitamin c in the blood stream, keeping tissues saturated. weve chosen to supply vitamin c 1500mg in tablets instead of capsules since this material is much better suited to time-release formulas. to accommodate the higher concentrations of vitamin c, our tablet size is a little larger than normal. you may wish to try our |1000mg//p623//class="f-brand ! important"| and |500mg//c21//class="f-brand ! important"|, who can help you pick from our extensive product offerings. you can find out more about what vitamin c does |here//b986//class="f-brand ! important"|. what does vitamin c contribute to? vitamin c contributes to the normal collagen formation for the normal function of blood vessels, bones, cartilage, gums, skin, and teeth. it also contributes to normal energy-yielding metabolism, the normal functioning of the nervous system, normal psychological function, and the regeneration of the reduced form of vitamin e. aside from this, it contributes to the normal function of the immune system, the reduction of tiredness and fatigue, and the protection of cells from oxidative stress.