Women
21- 31 Years
Your mother was right…you should drink
your milk!
You need calcium, and the odds are that you are not
getting enough; it’s important to maintain strong
bones throughout your life.
But your bone health depends not just on calcium. Women
under the age of 30 can reduce their chance of getting
osteoporosis (a condition that causes bones to weaken
and become more likely to fracture) later in life by
doing some type of weight-bearing exercise to increasing
calcium actually stored in the bone mass. You can walk,
lift weights, jog, step-climb, or dance. By optimizing
your bone mass today, you'll have more to draw on when
you get older when your body naturally loses more bone
mass than it makes.
Besides bones, calcium is needed by every cell in the
body. Without calcium, nerves, muscles, and hormones
can't work properly. Emerging science suggests that
diets higher in foods containing calcium can help promote
healthy blood pressure and help maintain healthy body
weight. In addition, younger women may also have another
reason to take calcium. A new study released in the
Journal of Obstetrics and Gynecology showed that getting
the recommended daily allowance of calcium cut the overall
severity of premenstrual syndrome (PMS) symptoms by
48 percent. (Article>>)
However, with your busy schedule of school, work,
and exercise as well as family, friends and community
obligations, it’s not always practical to grab
a glass of milk. Adora is perfect for your lifestyle.
Adora™ calcium supplements are made with premium,
all-natural milk or dark chocolate to satisfy those
powerful chocolate cravings. Because Adora’s unique
formulation includes Vitamins D2 and K1, which are not
from animal sources, Adora is a wonderful option for
vegetarians. Vitamins D2 and K1 also enhance your body’s
ability to use the extra calcium Adora provides
|
|
Women
under the age of 30 can reduce their chance
of getting osteoporosis (weak bones that
easily break) later in life by doing some
type of weight-bearing exercise and increasing
calcium intake to actually store bone mass.
|
|
|
|