Detailed Description

Introducing one of our high-quality nutritional supplements, Calcium Citrate 250 Mg by Solaray. Designed to support your bone health and overall well-being, this premium product offers a highly absorbable form of calcium, essential for maintaining healthy bones and teeth. Whether you are looking to bolster your daily calcium intake or seeking support for a busy, active lifestyle, Solaray’s Calcium Citrate is an excellent choice for all ages. ...

Features And Benefits:

- Highly Absorbable: Calcium citrate is known for its superior absorption rate, making it an optimal choice for those who need efficient calcium supplementation.
- Bone Health Support: Helps in the development and maintenance of strong and healthy bones and teeth, essential for all stages of life.
- Easier on the Stomach: Gentle on the digestive system, calcium citrate is less likely to cause gastrointestinal discomfort compared to other forms of calcium.
- Versatile Usage: Suitable for individuals with lower stomach acid, which is common in older adults.
- Pill Form: Convenient and easy-to-swallow tablets provide a hassle-free way to ensure you’re getting your daily recommended calcium intake.

Who Would Benefit:

Calcium Citrate 250 Mg by Solaray is ideal for individuals of all ages who seek to maintain or improve their bone health. It is particularly beneficial for aging adults who may have deficiencies in stomach acid that can affect calcium absorption. Athletes and individuals with high calcium needs due to their active lifestyles will also find this supplement advantageous. Additionally, it is suitable for individuals on a vegetarian diet or with dietary restrictions that may limit natural calcium intake.

Recommended Dosage:

For optimal results, it is recommended to take Solaray Calcium Citrate 250 Mg as directed on the product label, typically 1 to 4 tablets daily, preferably with a meal. Always consult with your healthcare provider to determine the appropriate dosage tailored to your specific health needs and conditions. Read More