We all know to take our Vitamin C during cold season to help boost our immune systems. But Vitamin C isn’t just for colds. HEALTH BENEFITSHumans are one of the few species that cannot manufacture Vitamin C and must depend on the diet as their only source of the vitamin. Vitamin C is critical in the formation and maintenance of collagen, a protein that forms the basis for the most abundant tissue in the body: connective tissue. Vitamin C is a powerful antioxidant that promotes the healing of wounds, bone fractures, bruises, hemorrhages and bleeding gums, and forms a protective barrier between infections or disease and the surrounding healthy tissues. It is also helpful with allergies, stress and may increase immune response.
VITAMIN C DEFICIENCYVitamin C is critical to maintaining good, overall health. Several serious disorders can develop when the body has a Vitamin C deficiency. Low intake of Vitamin C can result in delayed healing, reduced resistance to colds and infections and increase susceptibility to disease. Severe Vitamin C deficiency can lead to scurvy a disease categorized by general weakness and lethargy, loss of appetite, depression, swollen leg and arms, and shortness of breath.
ASCORBYL PALMITATE BUILDS ON THE HEALTH BENEFITS OF ASCORBIC ACIDAscorbyl Palmitate, also known as C-Ester, is a highly bioavailable, fat-soluble derivative of ascorbic acid, the common form of Vitamin C. It possesses all the benefits of Vitamin C, but unlike the water soluble form, is able to be stored in the lipid cell membrane until the body in ready to put it to use. It has also been shown to be less abrasive to the stomach. Ascorbyl Palmitate by Olympian Labs provides a wide range of support for the body. It is a potent antioxidant and free radical scavenger. Its supports the body’s defense system by enhancing white blood cell function and activity, and increasing antibody responses and is essential for the formation of collagen. Additionally, Ascorbyl Palmitate is the only Vitamin C molecule that will maintain its Vitamin C activity for long periods of time.
