We considered the following potential covariates: age at ultrasound, age at explosion, age at menarche, menarche status at explosion, marital status, parity, gravidity, age at last birth, lactation history, current body mass index (BMI), smoking, and education.
In sensitivity analyses, we evaluated effect modification by age using alternative age at explosion cut points ranging from 5 to 13 years.
After all, the skier base is aging and the snowboarding explosion is slowing.
Not long ago, a neighbor riding his tractor ruptured an aging shell, and the explosion sent shrapnel through his windshield, tearing off a chunk of his ear.
The Porter Ranch accident highlights a growing problem in the U.S.: as natural gas replaces coal as a key energy source, the dangers of leaks and explosions from aging pipelines and storage facilities is rising.
In sensitivity analyses, we considered effect modification by other age at explosion cut points, although at younger ages the number of cases was small.
The youngest children had the highest TCDD levels, which decreased with age at explosion until approximately 13 years of age and were constant thereafter.
It understands the needs of the aging population and the global explosion of diabetes.
In the next 35 years, the number of people using paid long-term care services will more than double to approximately 27 million due to the explosion in our aging population.
The small number of diabetes cases in the youngest age group prevented us from examining possible effect modification by age at explosion or menarche status.
