Singh Vipandeep, Kaur Kamaljit
Department of Food Science and Technology, Punjab Agricultural University, Ludhiana, India.
J Food Sci Technol. 2020 May;57(5):1917-1925. doi: 10.1007/s13197-019-04227-1. Epub 2019 Dec 21.
The research study was conducted to utilize by-products of baby corn in the development of soup mix. Baby corn powder was obtained by drying and grinding of cut pieces of baby corn. Different formulations of soup mixes were prepared by altering the level of baby corn powder (10-40%), corn flour, salt, mango, onion, garlic, cumin, black pepper, coriander and sugar powders. Formulation 2-baby corn powder:corn flour:onion powder:garlic powder:salt:sugar:mango powder:coriander powder:cumin powder:black pepper in ratio of 20:42:2:2:10:6:15:1:1:1 was selected best on the basis of proximate, functional, pasting and sensory parameters. Soup mix was stored under ambient conditions and a declining trend was observed for antioxidant activity (67.64-48.41% DPPH inhibition), water absorption index (3.15-2.58 g/g), pH (6.81-4.15) and sensory score whereas total plate count, moisture and viscosity were found increasing after every 15 days interval. After 5 months of storage, color and sensory parameters declined. This study is valuable in promoting exploitation of by-products of baby corn by preparing soup mix that can alleviate the problem of postharvest losses and by-product utilization.
本研究旨在利用甜玉米的副产品开发汤料混合物。甜玉米粉是通过将甜玉米切段干燥和研磨而获得的。通过改变甜玉米粉(10 - 40%)、玉米粉、盐、芒果、洋葱、大蒜、孜然、黑胡椒、芫荽和糖粉的含量,制备了不同配方的汤料混合物。根据近似、功能、糊化和感官参数,配方2(甜玉米粉:玉米粉:洋葱粉:大蒜粉:盐:糖:芒果粉:芫荽粉:孜然粉:黑胡椒的比例为20:42:2:2:10:6:15:1:1:1)被选为最佳配方。汤料混合物在环境条件下储存,观察到抗氧化活性(DPPH抑制率从67.64%降至48.41%)、吸水指数(从3.15 g/g降至2.58 g/g)、pH值(从6.81降至4.15)和感官评分呈下降趋势,而每15天间隔的总平板计数、水分和粘度则呈上升趋势。储存5个月后,颜色和感官参数下降。本研究对于通过制备汤料混合物来促进甜玉米副产品的开发具有重要价值,这可以缓解收获后损失和副产品利用的问题。