Search

Vitamin D research can vary geographically, as vitamin D status is influenced by latitude, season, dietary intake, body mass index, ethnicity, and public health initiatives. Over the last two decades, research on vitamin D has increased in Australia, where the potential for sun exposure (a major source of vitamin D) is high. We aimed to identify key topics and gaps in vitamin D research in Australia using a data-driven approach.

The prevalence of vitamin D-containing supplement use was generally low in the Australian population, particularly for single vitamin D supplements

Associations between serum 25(OH)D concentrations and cardiometabolic risk factors from adolescence to young adulthood in the Raine Study

The strongest determinants of self-reported sun-protection behavior changes due to concerns about vitamin D were attitudes and location

UVB-induced p53-mediated cell cycle arrest and apoptosis are reduced in the presence of heat stress, leading to increased survival of DNA damaged cells

The approach of predicted 25 (OH)D concentration derived from multivariable linear regression may be valid..

This publication demonstrated considerable differences in the measurement of 25-hydroxyvitamin D concentrations compared with a certified laboratory, even...

Prenatal exposure to vitamin D is thought to be critical for optimal fetal neurodevelopment, yet vitamin D deficiency is apparent in a growing proportion of...

The prevalence of multiple sclerosis follows a latitude gradient, with increased disease at higher latitudes.

Background: Epidemiological evidence shows that people with thicker, or higher stage, melanomas have lower vitamin D status compared to those with thinner...