Vitamin C is one of the most widely recognized nutrients. Besides for immune
support, vitamin C also acts as a potent antioxidant and promotes
our cardiovascular health.
Vitamin C is also known as ascorbic acid, which is the form used in most supplements. Ascorbic acid occurs naturally in many fruits and vegetables, so you can get your daily vitamin C intake from foods.
However, there are other forms of vitamin C, including:
Vitamin C deficiency is very uncommon. Peppers, citrus fruits and even baked potatoes are easily obtainable food sources of vitamin C. Smokers and those regularly exposed to secondhand smoke, people with a severely limited diet, and individuals with health conditions that inhibit absorption of vitamin C may need increased supplementation.
For those who need very high doses of vitamin C, liposomal vitamin C is an option. Liposomes are tiny microscopic “bubbles” formed by phospholipids that act as carriers to deliver active agents right into cells and tissues. This is meant to provide optimal bioavailability for very high doses.
Vitamin C is also known as ascorbic acid, which is the form used in most supplements. Ascorbic acid occurs naturally in many fruits and vegetables, so you can get your daily vitamin C intake from foods.
However, there are other forms of vitamin C, including:
- sodium ascorbate (a mineral ascorbate)
- calcium ascorbate (a mineral ascorbate)
- other mineral ascorbates
- ascorbic acid with bioflavonoids
- combination products that blend different forms
Vitamin C deficiency is very uncommon. Peppers, citrus fruits and even baked potatoes are easily obtainable food sources of vitamin C. Smokers and those regularly exposed to secondhand smoke, people with a severely limited diet, and individuals with health conditions that inhibit absorption of vitamin C may need increased supplementation.
For those who need very high doses of vitamin C, liposomal vitamin C is an option. Liposomes are tiny microscopic “bubbles” formed by phospholipids that act as carriers to deliver active agents right into cells and tissues. This is meant to provide optimal bioavailability for very high doses.
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