Extraction of Dietary Fiber from Wheat Bran and Effects of Its Additives on Viscosity-elasticity of Noodle Dough
Cai Wei-rong, Weirong, Chen, Yong, Li, Qinghua Qinghua, Tao, Pengfei Pengfei
Abstract
Cai Wei-rong, Weirong, Chen, Yong, Li, Qinghua Qinghua, Tao, Pengfei Pengfei
Abstract
[Objective]The aim was to study the optimum extraction condition of dietary fiber of wheat bran and to discuss its influence on viscosity-elasticity of noodle dough with added extracts.[Method]Influences ofα-amylase,alkaline concentration,alkaline hydrolysis time and temperature on water holding capability and swelling capacity of dietary fiber were evaluated using single-factor test and orthogonal test.Effects of added dietary fiber from wheat bran on dough absorption ratio,rupture stress of dough and creep resistance were studied.[Result]When the hydrolysis conditions of wheat bran were 0.4% α-amylase at 75℃ for 60 min,further alkaline conditions were 5%sodium hydroxide for 60 min at 65℃,dietary fiber exhibited fine water holding capability and swelling capacity.The addition of 3%-5% dietary fiber from wheat bran into dough had little influence on the water absorption ratio of noodle,rupture stress of dough,creep resistance and can make functional noodle with rich dietary fiber from wheat bran.[Conclusion]The study provided reference for the comprehensive utilization of wheat bran and development of functional product.
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[Objective]The aim was to study the optimum extraction condition of dietary fiber of wheat bran and to discuss its influence on viscosity-elasticity of noodle dough with added extracts.[Method]Influences ofα-amylase,alkaline concentration,alkaline hydrolysis time and temperature on water holding capability and swelling capacity of dietary fiber were evaluated using single-factor test and orthogonal test.Effects of added dietary fiber from wheat bran on dough absorption ratio,rupture stress of dough and creep resistance were studied.[Result]When the hydrolysis conditions of wheat bran were 0.4% α-amylase at 75℃ for 60 min,further alkaline conditions were 5%sodium hydroxide for 60 min at 65℃,dietary fiber exhibited fine water holding capability and swelling capacity.The addition of 3%-5% dietary fiber from wheat bran into dough had little influence on the water absorption ratio of noodle,rupture stress of dough,creep resistance and can make functional noodle with rich dietary fiber from wheat bran.[Conclusion]The study provided reference for the comprehensive utilization of wheat bran and development of functional product.
Key concepts: Bran, Absorption of water, Food science, Chemistry, Dietary fiber, Swelling, Sodium hydroxide, Swelling capacity