Celiac disease, also known as gluten sensitive enteropathy, is an autoimmune chronic disease causing inflammation of the upper small intestine in genetically predisposed individuals. It is triggered by ingestion of wheat gliadin and prolamins of rye and barley [1] which release these peptides during digestion and cause flattening of the intestinal mucosa [2] due to loss of normal villi and inflammation [3] leading to mal-absorption of nutrients like iron, folic acid, calcium and fat-soluble vitamins [4,5]. The cornerstone treatment of celiac disease is a lifelong strict withdrawal of wheat, rye, barley and an adherence to a gluten free diet [3]. Many of the gluten-free products are not enriched, and therefore do not provide the same levels of thiamin, riboflavin, niacin [6] iron and folate found in enriched and fortified wheat products [7]. Recent studies have consequently shown nutritional inadequacy of these nutrients associated with the gluten-free diet [8,9]. Since the fortification and enrichment of gluten-free cereal products is not mandatory in the US, there is a need for improving the nutritional content of gluten-free diet by incorporating alternative gluten-free grains that are naturally abundant in these nutrients.