Chicken wings are popular in diverse countries and immersion frying is a common cooking method to cook them. However, frying implies the absorption of the fat/oil frying medium, with risks for heart and cardiovascular diseases, as well as overweight and obesity. Thus, efforts to get palatable and delicious foods without high amounts of fats are seeking. The aim of this study was to evaluate the effect of partial dehydration of fresh wings as pre-treatment to deep frying on the fat content and physical properties of the fried wings, besides the performance of the fat/oil blend during repeated frying. The frying medium was a blend of beef tallow and soybean oil. Color was partially affected by the pre-treatment, while hardness was not affected by the pre-treatment (p > 0.05). The partial dehydration resulted in 63 % less oil content in fried wings in comparison to control items, when they were fried in fresh blend. However, only 4.2 % of fat reduction was determined in fried wings when were cooked in used oil (after 19 batches). Additionally, the pre-treatments resulted in lower viscosity, oxidative rancidity, and hydrolytic rancidity in the frying medium (p < 0.05), improving the performance of the fat/oil under repeated frying process.
扫码关注我们
求助内容:
应助结果提醒方式:
