Teens’ Screen Time May Affect Their Bone Health

Spending too much time sitting in front of screens may be linked to poorer bone health in teen boys, according to a new study from Norway.  The findings clearly show that sedentary lifestyle during adolescence can impact on bone mineral density and thus compromise the acquisition of peak bone mass. This can have a negative impact in terms of osteoporosis and fracture risk later in life. The skeleton grows from birth to the end of the teen years and bones reach their maximum strength and size in early adulthood. Nutrition and physical activity are major factors in bone growth. Therefore, the findings here that a sedentary lifestyle may cast a negative impact on bone health in adolescents is not surprising.

Adolescent should be encouraged to live a more active lifestyle and embrace outdoor activities more as the benefits are likely to be more far ranging than what we thought.

About one in five men older than 50 will suffer a fracture due to osteoporosis, but levels of awareness about osteoporosis risk and bone health in males are unfortunately extremely low. 

BOYS-COMPUTERS

Osteoporosis: Screening For The Silent Killer

Women aged 65 years and older are routinely recommended for bone density testing to screen for osteoporosis, but it has been unclear which women between ages 50 and 64 should receive screening. The US Preventative Task Force recommends women age less than 65 whose 10-year fracture risk is equal or greater than that of a 65 year old woman without additional risk factors, should receive screening for osteoporosis. Using this strategy, a recent study found that this would only identify 34 percent of women who actually had bone mineral density in the osteoporosis range, potentially missing a large proportion of cases.

Osteoporosis is a silent disease afflicting many people. Worldwide, 1 in 3 women over 50 will experience osteoporotic fractures in their lifetime, as will 1 in 5 men. The results of this study underscore the importance to screen patients for osteoporosis more opportunistically as a wide range of therapeutic options are available nowadays to treat the disease effectively.

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