Fu Miaomiao, Zhou Xing, Tian Hong Sabrina, Chen Yanxin, Jin Zhengyu
State Key Laboratory of Food Science and Resources, Jiangnan University, Wuxi 214122, China.
School of Food Science and Technology, Jiangnan University, Wuxi 214122, China.
Foods. 2025 Apr 23;14(9):1453. doi: 10.3390/foods14091453.
Due to the absence of gluten, rice noodles require complex processing to achieve a desirable texture. This study developed ethanolic-extruded indica rice flour (EERF) as a novel gluten substitute to simplify rice noodle production. EERF exhibited a distinct V-type crystalline structure (7.89% crystallinity) and high cold-paste viscosity (1043 cP), enabling its use as a binder in rice dough. When blended with native indica rice flour (IRF) at 10-20%, the EERF-IRF premix formed a cohesive dough with water via cold gelation, imparting viscoelasticity and tensile resistance. Optimal formulation (15% EERF for the premix and 37% water for making the dough) yielded fresh rice noodles with reduced cooking loss (5.57%) and a reduced breakage rate (14.44%), alongside enhanced sensory scores. This approach offers a clean-label, industrially scalable solution for producing rice noodles with simplified processing and improved quality.
由于不含麸质,米粉需要经过复杂加工才能达到理想的质地。本研究开发了乙醇挤压籼米粉(EERF)作为一种新型麸质替代品,以简化米粉生产。EERF呈现出独特的V型晶体结构(结晶度为7.89%)和高冷糊粘度(1043厘泊),使其能够用作米粉面团的粘合剂。当与天然籼米粉(IRF)按10%-20%的比例混合时,EERF-IRF预混物通过冷胶凝作用与水形成粘性面团,赋予面团粘弹性和抗拉伸性。最佳配方(预混物中15%的EERF和制作面团时37%的水)生产出的新鲜米粉具有更低的煮制损失率(5.57%)和破损率(14.44%),同时感官评分也有所提高。这种方法为生产加工简化且质量提高的米粉提供了一种清洁标签、可工业规模化的解决方案。