View clinical trials related to Nutritional Rickets.
Filter by:Effectiveness of therapeutic dose of vitamin C in infants and children with nutritional rickets as an adjuvant therapy with vitamin D and calcium The study is two armed Randomized Control Trial, to validate the role of Vit C supplementation on bone turnover infants and children with nutritional rickets.
Rickets, a common nutritional disorder, is usually considered to be due to vitamin D deficiency. However, in the last few decades many studies have shown that in tropical countries, with abundance of sunshine, calcium deficiency may play a more important role in the causation of rickets. Studies from adults in India have also shown that calcium intake of our population is much below the recommended allowance. The calcium deficiency gets compounded by the high level of phytates in the conventional vegetarian diet consumed by the majority of the population. There are few studies on children in India / other Asian countries on assessment of dietary calcium intake. However, recent studies from many nations of the world have also shown a wide spread prevalence of vitamin D deficiency in adolescent and adult population. A study done at our own hospital has shown a high prevalence of vitamin D deficiency in lactating mothers and their infants. Since both Calcium and Vitamin D deficiency are likely to be present in children, it is not clear what plays a more important role in the etiology of rickets in India or other Asian countries. The present study is therefore planned with the following objectives: 1. To study the dietary calcium intake, sun exposure and serum vitamin D levels in children with and without rickets. 2. To compare the role of Calcium Carbonate, Vitamin D and a combination of the two in the treatment of nutritional rickets.
The purpose of this study is: 1. To compare the response of rickets to calcium with and without vitamin D. 2. To assess whether vitamin D increases calcium absorption in calcium deficiency rickets. 3. To compare the response of children with and without rickets to orally administered vitamin D3 and vitamin D2 4. To identify mutations that influence calcium and vitamin D metabolism among families of children with rickets in Nigeria and Bangladesh. 5. To assess the functional status of the 25-hydroxylase enzyme in families possessing a 25-hydroxylase mutation.