Osteoporosis and Genetics: Is It Inherited?

Osteoporosis Genetics

Osteoporosis is one of the most common bone disease, affecting millions of people worldwide. But is the risk of developing osteoporosis inherited or passed on through genetics? The answer is yes.

Genetics and Osteoporosis

Genetics can indeed play a role in determining the risk of developing osteoporosis. In general, the risk is higher if one or both of your parents has had the condition. In fact, it’s estimated that up to one-third of individuals with osteoporosis can trace the disease back to their family tree.

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How Genetics Affects Osteoporosis

Genes can affect the amount of bone mass you have at birth, the rate at which bone is lost as you age, your vitamin D and calcium levels, and your bone structure. They can also impact the hormones and proteins involved in keeping your bones strong. Having certain genetic variations can place you at higher risk for developing osteoporosis.

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Osteoporosis and Health

Osteoporosis can have a significant impact on your health. It can cause bones to become weak and porous, making them more prone to breaks, fractures, and even collapse. The condition can also contribute to chronic pain and limited mobility. Additionally, osteoporosis is linked to other health issues, including hypertension, arterial calcification, and cognitive decline.

Preventing Osteoporosis

Regardless of their genetic background, individuals can still reduce their chances of developing osteoporosis. Eating a balanced diet and getting adequate amounts of calcium and vitamin D through food and supplements is key for building and maintaining healthy bones. Participating in weight-bearing exercise helps to stimulate new bone growth, build strength, and increase balance. Lastly, not smoking and limiting alcohol intake can also be beneficial.

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Keywords: osteoporosis, genetics, inherited, health, bone mass, calcium, vitamin D, fracture, break, chronic pain, mobility, hypertension, arterial calcification, cognitive decline, balanced diet, weight-bearing exercise.