A specialized nanoemulsion of vitamin D3 has significantly improved the central symptoms of autism in children.
A new study successfully analyzed the effectiveness of a nanoemulsion of vitamin D3 in the relief of primary symptoms of autism spectrum disturbance (PEA) in young children.
Many children diagnosed with PEA tend to have Low levels of vitamin D3a deficiency that has been associated with slower development in language, adaptive behaviors and fine motor coordination.
Previous studies on regular vitamin D3 supplements presented inconsistent resultsnote or.
In contrast, this study focuses on a form of nanoemulsion of vitamin D3which is specifically designed to improve the way the body absorbs and uses the nutrient, potentially leading to more effective results.
O, whose results were presented in the June issue of Labmed Discovery magazine, involved 80 children with confirmed diagnoses de Pea, all between 3 and 6 years old.
These children were randomly divided into two groups: One group received the nanoemulsion of vitamin D3, while the other group received a standard supplement commonly available. Both groups followed their treatments during a period of six months.
Researchers evaluated children’s vitamin D3 levels, social and adaptive behaviors, and language development both before and after supplementation.
To measure these changes, they used widely recognized evaluation tools, including Child autism classification scale (Cars), Vineland Adaptive Behavior Scale and Pre-School Language Scale.
Only the Nanoemulsion group showed statistically significant improvements At vitamin D3 levels, gravity of autism, social Qi and language performance both receiving and expressive.
O conventional supplementdespite increasing the blood levels of vitamin D3, did not lead to significant improvements in behavioral results.
The study concludes that Vitamin D3 nanoemulsion form is superior to the conventional oral form in terms of increasing the Vitamin E bioavailability Production of clinically relevant improvements in children with PEA.
The authors of the study suggest that nanoemulsion technology can offer a valuable strategy to improve the effectiveness of nutritional interventions in disturbances of neurodevelopment.
However, they recognize that More studies are needed with larger samples and long -term follow -up to confirm these results and explore potential gender -related differences in response.
