Effect of malted millet flour and xanthan gum on physical properties of gluten free batter and cake

Celiac disease is a common autoimmune diseases caused by gluten protein.The only effective remediation is a gluten-free diet. So, production of gluten-free is one of priorities in food industry, for help to these individuals.In this study, te effect of malted millet flour (0, 10, 20 and 30 %) and xanthan gum (0,0.1 and 0.2%) on physical propertiesh of gluten free batter evaluated and to outrance,cakes of it, from viewpoint texture properties analysised. The results showed that addition of malt millet flour in formulation, because of high enzyme activity and the absence of gluten protein to To produced a weak batter that in whichincrease levels of malted millet flour, Leading to a significantly reduction in viscosity andincrease specific gravity of batter compared with the control sample. But xanthan gum with confined water and increasing the capacity to it, Significantly improved the physical parameters of batter. About textural properties observed that absence of gluten network, significantly reduction textural coherencess and resilience to be created and interaction whit xanthan gum significantly increased this parameters.According to the results, Sample containing 10% malted millet flour and0.2% xanthan gum was reported as an optimum combination in the formulation of gluten-free cake.