Pediatric patients with type I diabetes prone to abnormal vitamin D?

Pediatric patients with type I diabetes prone to abnormal vitamin D?

Suffering from type I diabetes (T1D) in adult bone density decreased, compared with the healthy control group more likely to suffer from osteoporosis. Low bone mineral density, increased fragility fractures, no cause-specific mortality and cardiovascular disease mortality risk. There are many reasons for the decrease of bone mineral density. The vast majority of the increase bone mineral density occurs at a young age, in childhood can not achieve adequate peak bone mass, then the risk of bone fractures increases abnormalities and adulthood.

In the United States up to 70% of healthy children had vitamin D anomalies, they have a lot of people can not achieve adequate peak bone mass. More children suffering from type I diabetes risk. Many studies have compared children with type I diabetes, healthy control children’s vitamin D, the United States Vanderbilt University Medical professional Jill Simmons and other scholars, it explores the Tennessee T1D compared with the control group of (Human C-Peptide ELISA Kit http://www.cusabio.com/ELISA_Kit-72512/ ).

In this cross-sectional study, the researchers chose the Monroe Carell Jr. Children’s Hospital at Vanderbilt University Medical Center in T1D patients less than 21 years, to be fair, only examined the serum 25-hydroxyvitamin D levels before included (hydroxy vitamin D is generated by activated vitamin D). The researchers collected from medical records over the past two years of data, including the height, weight, age, sex, race / ethnicity, obesity diagnosis date, there are some other diagnosis, such as thyroid disease, celiac disease, Turner comprehensive syndrome, trisomy 21 syndrome and Addison’s disease. The same group of children living in the middle of Tennessee, there is no risk of T1D in children.

Studies take anthropometric and laboratory assessment methods, the use of Nashville’s UV index UV monitor the surrounding of the two members of the descriptive statistics. Since the 25-hydroxyvitamin D level generally depends on the extent of dietary intake and exposure to ultraviolet light, significantly affect its location, so this area is feasible.

The study found, T1D group of children 25-hydroxy vitamin D deficiency is more common situation, 68%, and 44% of the healthy group, pediatric patients have Type I diabetes is easier to say insufficient vitamin D. Scholars said that American teens vitamin D shortage has become popular, as to whether this situation can be corrected by diet or behavior, further research is needed.