Swanson Extra Strength D3 & K2 - 5,000 Iu & 100 mcg 60 Vegan Caps 3 Pack

Better together! Emerging research suggests that vitamins D3 and K2--two key nutrients for efficient calcium usage in the body--may have an even more beneficial effect when taken together. Swanson Vitamins D3 & K2 offers these heart and skeletal health helpers in a convenient, one-a-day veggie capsule. Vitamin D helps build strong bones by increasing the body's absorption of calcium and phosphorus. In supplement form, it is available as ergocalciferol (D2) or cholecalciferol (D3). Studies indicate that D3 may be the more potent and longer-acting form preferred by the body. It goes beyond bones, too, as skeletal health encompasses bones, joints and tissues--caring for these also protects mobility and stability, both important aspects of healthy aging. Similarly, vitamin K is found in K1 and K2 forms . K2 is of particular importance for the health of bones and cardiovascular system as it helps direct calcium out of the arteries and to the bones. K2 is made up of a series of menaquinones, of which menaquinone-7 (MK-7) is most efficiently absorbed and bioavailable. New understanding of the interaction of vitamins D and K suggests that vitamin D enhances the concentration of bone proteins that rely on vitamin K for healthy bone formation and in turn, the essential mineralization stimulated by vitamin K may be positively impacted by the presence of vitamin D. Vitamins D3 and K2 show promise specifically for women's health, not only by promoting strong bones and arteries, but also by supporting a positive mood and helping to maintain blood sugar and blood lipid levels already within the normal range. Swanson Vitamins D3 & K2 provides 125 mcg (5,000 IU) of vegan D3 derived from lichen and 100 mcg soy-free chickpea-sourced K2 as MK-7 in a once-daily veggie cap to help maintain cardiovascular health and promote strong, healthy bones. Looking for a Companion to Your GLP-1 Weight Management Journey? Reduced caloric intake coupled with digestive challenges that result in decreased nutrient intake can impact your bone health.