Marana Ana I Serrano, Morris Anita, Prinyawiwatkul Witoon, Xu Zhimin, King Joan M
School of Nutrition and Food Sciences, LSU Agricultural Center, Baton Rouge, Louisiana, USA.
J Food Sci. 2023 Apr;88(4):1268-1279. doi: 10.1111/1750-3841.16522. Epub 2023 Mar 14.
Cahokia Rice, a new biofortified high-protein (10%-12%) variety of rice, was used to develop and analyze a gluten-free pasta. Different pastas were made with high-protein white rice flour (HPWRP), high-protein brown rice flour (HPBRP), commercial white rice flour (CWRP), commercial brown rice flour (CBRP), and wheat flour (WP). Cooking quality of the pasta was evaluated by measuring pasting properties, cooking time, water absorption capacity, and cooking loss. Proximate analysis, color, and texture were done on dry and cooked pasta. Sensory testing was done to determine consumer acceptability and purchase intent of HPWRP and HPBRP in comparison to WP. HPWRP and HPBRP had higher pasting temperatures and lower peak viscosity than commercial rice flour pastas, which was related to the higher protein content. HPWRP and HPBRP had less cooking loss than CWRP and CBRP; all treatments had similar water absorption capacity (∼130%) except for WP that was higher (140%). White rice pastas along with WP took more time to cook than brown rice pastas. HPWRP and HPBRP had higher protein (around 7.5%) and fat content, creating a firmer cooked pasta (138.23 g HPBRP, 179.82 g HPWRP) than commercial rice pastas. Consumers' overall liking of HPBRP (5.37), HPWRP (6.00), and WP (6.81) was acceptable. Color, firmness, and stickiness attributes negatively affected the overall liking of HPWRP and HPBRP. Cooked high-protein rice flour pastas had improved firmness and cooking loss closer to wheat resulting in an acceptable product in overall liking. It is recommended to further improve the color, firmness, and stickiness of the pasta to reach higher sensory acceptability. PRACTICAL APPLICATION: This research provides a possible use for a new high-protein rice flour that can be used in gluten-free products. This will help the rice industry by adding value to the product. Those persons who are Celiac or who desire more nutritional gluten-free products will have a healthier gluten-free pasta option.
卡霍基亚大米是一种新的生物强化高蛋白(10%-12%)大米品种,被用于开发和分析一种无麸质意大利面。用高蛋白白米粉(HPWRP)、高蛋白糙米粉(HPBRP)、商用白米粉(CWRP)、商用糙米粉(CBRP)和小麦粉(WP)制作了不同的意大利面。通过测量糊化特性、烹饪时间、吸水能力和烹饪损失来评估意大利面的烹饪品质。对干意大利面和煮熟的意大利面进行了近似分析、颜色和质地分析。进行感官测试以确定与小麦粉相比,消费者对HPWRP和HPBRP的接受度和购买意愿。与商用大米粉意大利面相比,HPWRP和HPBRP具有更高的糊化温度和更低的峰值粘度,这与更高的蛋白质含量有关。HPWRP和HPBRP的烹饪损失比CWRP和CBRP少;除了WP更高(140%)外,所有处理的吸水能力相似(约130%)。白米意大利面和WP比糙米意大利面需要更长的烹饪时间。HPWRP和HPBRP的蛋白质(约7.5%)和脂肪含量更高,制成的煮熟意大利面(138.23克HPBRP,179.82克HPWRP)比商用大米意大利面更硬。消费者对HPBRP(5.37)、HPWRP(6.00)和WP(6.81)的总体喜爱度是可以接受的。颜色、硬度和粘性属性对HPWRP和HPBRP的总体喜爱度有负面影响。煮熟的高蛋白米粉意大利面硬度提高,烹饪损失更接近小麦粉,总体喜爱度方面得到了可接受的产品。建议进一步改善意大利面的颜色、硬度和粘性,以达到更高的感官接受度。实际应用:本研究为一种可用于无麸质产品的新型高蛋白米粉提供了一种可能的用途。这将通过增加产品附加值来帮助大米行业。患有乳糜泻或想要更多营养无麸质产品的人将有更健康的无麸质意大利面选择。