Calcium

What Is Calcium

Calcium is the most abundant mineral in the body, with the vast majority stored in bones and teeth, where it provides structural strength and rigidity. It also plays a smaller but essential role in muscle contraction, nerve signalling and normal blood clotting throughout the body. Because bone density naturally builds up through early adulthood and then gradually declines with age, maintaining adequate calcium intake becomes increasingly relevant over time, particularly for women navigating hormonal changes around menopause, when bone density loss can accelerate.

Key Benefits

  • Supports the maintenance of normal bones throughout adulthood
  • Contributes to the maintenance of normal teeth and dental structure
  • Supports normal muscle function including everyday movement
  • Plays a role in normal blood clotting processes
  • Supports normal neurotransmission between nerve cells
  • Contributes to normal cell signalling throughout the body

Who Needs It

Adults 50+ are a key audience, since bone density naturally declines with age, alongside anyone with lower dairy/calcium intake in their regular diet or those already using Vitamin D3 supplementation. Post-menopausal women in particular are commonly advised to pay closer attention to daily calcium intake given accelerated bone density changes during this life stage.

Recommended Dosage / Form

Included as part of Nutrify's 50+ Multivitamin formulas, taken daily with food. Calcium is best supported by adequate Vitamin D3, which is why the two are often paired in the same formula rather than taken separately. Spacing calcium intake throughout the day, rather than one large dose, may also support better absorption.

Science / Research Note

Calcium's structural role in bone and teeth maintenance is one of the most well-documented mineral functions in nutrition science, particularly in the context of age-related bone density changes. Its interaction with Vitamin D3 for absorption, and with magnesium and Vitamin K2 for proper utilisation, is a well-established area of bone-health research.