At agesChildren and teens should consume this much calcium every day:Younger than 6 months200 mg/day6 ot 12 months260 mg/day1 to 3 years700 mg/day4 to 8 years1,000 mg/day9 to 13 years1,300 mg/day14 to 18 years1,300 mg/day
Bone cells take calcium and phosphorus from the blood to keep the bone hard and strong. These minerals are essential for bone mineralization and strength.
Bone cells take calcium from the blood in order to keep bones hard and strong. Calcium is a key mineral necessary for bone formation and maintenance.
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Children are in a state where they grow constantly. For their bones to stay strong and grow normally, they need to get high amounts of calcium. Older people also need calcium, but since they are not really growing anymore, they have no need to get as much calcium as young people.
1 pint of milk a day
Dietary calcium is important for bone growth because it is a major component of bone tissue. Adequate calcium intake helps maintain bone density and strength, which is crucial for preventing conditions like osteoporosis. Calcium also plays a role in muscle function, nerve transmission, and blood clotting.
Calcium is the nutrient that helps keep your bones and teeth strong. It is important for bone formation, density, and strength. Dairy products, leafy green vegetables, and fortified foods are good sources of calcium.
your bones
The nurse said I needed more calcium in my diet to keep my bones strong.
Calcium plays an important role in strengthening bones and teeth. Thus it is especially important for children whose bones are growing and the elderly who may experience a loss of bone density due to loss of calcium.
Calcium is important at every age, but many people don't get enough. Your body needs calcium to build strong bones when you're young and to keep your bones strong as you get older. Getting enough calcium is especially important for children and teens, young adults, and women after menopause.
Calcium and phosphorus work together to maintain strong bones and teeth. Calcium is essential for muscle function, nerve transmission, and blood clotting, while phosphorus plays a role in energy production, DNA synthesis, and bone mineralization. These minerals also work together in a balanced ratio to support healthy bone density and function.