Life Extension, Calcium Citrate with Vitamin D, 200 Capsules

• Healthy Bone Support
• Dietary Supplement
• Non-GMO LE Certified
• Gluten Free

Highly abundant in the body, but mostly found in bones and teeth, calcium supports bone health and encourages healthy nervous system and muscle function. Vitamin D is included to encourage calcium absorption to help maintain healthy bone density and promote overall bone health.

Our formula contains super-absorbable essential vitamins and minerals, vitamin D and calcium to support bone health.
Calcium Citrate with Vitamin D Benefits

• Supports bone health
• Maintains blood vessel contraction & expansion
• Super-absorbable capsule promotes optimal calcium intake
• Promotes healthy bone density

Calcium is the most abundant mineral in the body and is primarily found in the bones and teeth. In bone formation, calcium forms crystals that provide strength to maturing bone.

For more than bones

Calcium supports more than just healthy bones. It’s also important for muscle contraction, blood vessel contraction and expansion, secretion of hormones and enzymes, and sending messages through the nervous system. A meta-analysis of 40 clinical trials demonstrated a significant impact on already-healthy blood pressure as a result of increased calcium intake by an average 1,200 mg/day.  In addition, scientific research suggests that increased intake of calcium may help maintain healthy weight as well.

Calcium is an essential mineral that is often inadequately supplied, inefficiently absorbed or excreted faster than it is assimilated. The citrate salt of calcium has been shown to be well absorbed and utilized by the body. This is the form many doctors and nutritionists recommend.

Calcium citrate dissolves easily, even if one doesn’t have ample stomach acid. As many people naturally produce less acid as they age, calcium citrate is a good choice for older adults. The addition of vitamin D3 encourages calcium absorption and promotes healthy bone density. However, as people age, they often lose the ability to make vitamin D3.