%0 Journal Article
%T Ancient Whole Grain Gluten-Free Flatbreads
%A Talwinder Singh Kahlon
%A Mei-Chen Maggie Chiu
%J Food and Nutrition Sciences
%P 1717-1724
%@ 2157-9458
%D 2014
%I Scientific Research Publishing
%R 10.4236/fns.2014.517185
%X This is the only report demonstrating innovative ancient whole grain gluten-free (no yeast or chemicals) products. Ancient whole grain gluten-free flatbreads were prepared with quinoa, teff, amaranth and buckwheat flours. Dough formulations contained flour, salt and water. Ingredients were mixed for 5 min using table top Kitchen Aid mixer at stir setting 1. Dough was equilibrated for 30 min. 65 g of dough was placed between two sheets of nonstick parchment paper and pressed to 17 cm round flatbreads in a Tortilla Chapatti Press. Each flatbread was cooked for two minutes (one minute each side) in using Flatbread Maker. Taste panels of 64 inhouse volunteers determined that Taste/Flavor of quinoa, teff and amaranth flatbreads were similar and significantly (P ¡Ü 0.05) better than those for buckwheat flatbread. The taste panel determined ancient whole grain gluten-free flatbreads had acceptance of quinoa 84%, teff 72%, amaranth 66% and buckwheat 38%. Each ancient whole grain gluten-free flatbread contained 25 - 30 g whole grain and 4 - 5 g protein. Quinoa, teff and amaranth one flatbread contained 2 - 3 g dietary fiber, whereas buckwheat flatbread contained 8 g dietary fiber. Consuming two whole grain gluten-free flatbreads with two meals (total = 4) would give 4 - 32 g of dietary fiber. The USDA food guide recom mends that at least 1/2 of all the grains eaten should be whole grains. The FDA allows food Health Claim labels for food containing 51% whole gains and 11 g of dietary fiber. The gluten sensitive individuals would enjoy tasty, health promoting, ancient whole grain easy to make flatbreads. These recipes offer consumers additional nutritious gluten-free choices and would lead to in crease in whole grain consumption.
%K Ancient Whole Grains
%K Gluten-Free
%K Flatbreads
%K Quinoa
%K Teff
%K Amaranth
%K Buckwheat
%U http://www.scirp.org/journal/PaperInformation.aspx?PaperID=49588