Elhassan Mohammed, Wendin Karin, Olsson Viktoria, Langton Maud
Department of Molecular Sciences, Swedish University of Agricultural Sciences, SE-750 07 Uppsala, Sweden.
Department of Food and Meal Science, Kristianstad University, SE-291 88 Kristianstad, Sweden.
Foods. 2019 Mar 12;8(3):95. doi: 10.3390/foods8030095.
In the search for another appealing source of future food to cover the increasing need for nutrients of a growing global population, this study reviewed the potential of insects as human food. Most previous reviews have dealt with insects as a group, making it difficult to evaluate each individual insect species as food because of the generalized data. This study assessed some common edible insects, but concentrated on mealworms. Insects, especially mealworms, have a similar or higher nutritional value than many conventional food sources. For example, the protein content of mealworm larvae is reported to be almost 50% of dry weight, while the fat content is about 30% of larval dry weight. Mealworms can be cooked by different methods, such as hot air drying, oven broiling, roasting, pan frying, deep frying, boiling, steaming, and microwaving. Oven broiling in particular gives a desirable aroma of steamed corn for consumers. Changes in the flavor, taste, and texture of mealworm products during storage have not been studied, but must be determined before mealworms can be used as a commercial food source. Factors controlling the shelf-life of mealworms, such as their packaging and storage, should be identified and considered with respect to the feasibility of using mealworms on a commercial scale.
为了寻找另一种吸引人的未来食物来源,以满足全球不断增长的人口对营养日益增长的需求,本研究回顾了昆虫作为人类食物的潜力。以往的大多数综述都是将昆虫作为一个整体来探讨,由于数据较为笼统,因此难以评估每种昆虫个体作为食物的价值。本研究评估了一些常见的可食用昆虫,但重点关注黄粉虫。昆虫,尤其是黄粉虫,具有与许多传统食物来源相似或更高的营养价值。例如,据报道,黄粉虫幼虫的蛋白质含量几乎占干重的50%,而脂肪含量约占幼虫干重的30%。黄粉虫可以通过不同的方法烹饪,如热风干燥、烤箱烤制、烘焙、煎炒、油炸、水煮、蒸制和微波加热。特别是烤箱烤制能为消费者带来类似蒸玉米的诱人香气。黄粉虫产品在储存过程中的风味、口感和质地变化尚未得到研究,但在黄粉虫能够用作商业食物来源之前必须加以确定。应确定并考虑控制黄粉虫保质期的因素,如包装和储存,这对于黄粉虫在商业规模上的使用可行性至关重要。