Analysis of mean percentage changes in bone
mineral density over time from the two study baselines consisted of a repeated measure model.
Not exact matches
Researchers in Canada, the United States, France, Austria, Australia, Poland, New Zealand and Estonia conducted a study (FREEDOM) to evaluate changes
over time in radius bone
mineral density and wrist fracture incidence.
As a result,
over the first year off therapy, bone
mineral density (BMD) declines significantly and fracture risk increases.
Data from the substudy presented today illustrate that bone
mineral density decreased a measurable but clinically insignificant amount
over the course of a year in young adult males and transgender participants with an average age of 24 taking a protective amount of PrEP.
In one study, the researchers conducted a review of randomized controlled trials looking at how extra calcium intake in women and men
over age 50 affected bone
mineral density.
The researchers found increases in bone
mineral density of about 1 - 2 %
over up to five years, but the authors say these increases are «unlikely to translate into clinically meaningful reductions in fractures.»
This condition — which affects about half of all adults
over age 50 but can be detected as early as age 30 — is simply low bone -
mineral density that's not quite low enough to qualify as osteoporosis.
In one study performed at the Seoul National University in Korea, 34 young women were studied to investigate the effect of soybean and isoflavone intake on bone
mineral density and its change among young Korean women
over a period of 2 years.
Abstract: This work examines the influence of practicing strength training and Alpine skiing
over 2 years on bone
mineral density (BMD), growth, body composition, and the strength and power of the legs of adolescent skiers.
The issue is that differences in
mineral content, salinity,
density, and temperature all affect how the ocean reacts to, and drives, changes in weather patterns, climate variations
over years or decades, ocean current circulation, etc..