Insect Delicacies Among the Mishing and the Tiwa Communities and Their Implications for Diseases and Food Security

Rimpi Dhar, Bhanita Bora, Sangeeta Choudhury, Arup Hazarika
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Abstract

The Mishings and the Tiwas, along with various global communities, have traditionally consumed insects for their palatability since ancient times. This study reveals the remarkable nutritional and anti-inflammatory properties of these edible insects, making them viable dietary options. Eupreponotus inflatus was observed to have the highest protein content at 65.81%, Vespa affinis with the highest carbohydrate content at 19.18%, and Anaciaeschna donaldi exhibiting the highest fat content at 27.31%. Apis indica and Gryllotalpa africana demonstrated superior anti-inflammatory activity at 3.48 mg/ ml and 3.45 mg/ ml, respectively. Given that inflammation is implicated in numerous chronic diseases, the observed nutrient profiles and anti-inflammatory characteristics of these edible insects position them as suitable dietary supplements globally. The presented insect species could serve as beneficial additions or alternatives to existing diets. The study underscores the need for broader recognition of the nutritional and anti-inflammatory benefits offered by these edible insects. By aligning with contemporary nutritional needs and global food challenges, integrating these insects into diets could contribute significantly to public health.
米兴和蒂瓦社区的昆虫美食及其对疾病和粮食安全的影响
自古以来,米申人和提瓦斯人以及全球各个族群都有食用昆虫的传统,因为昆虫味道鲜美。这项研究揭示了这些可食用昆虫的显著营养和抗炎特性,使其成为可行的饮食选择。据观察,Eupreponotus inflatus 的蛋白质含量最高,为 65.81%;Vespa affinis 的碳水化合物含量最高,为 19.18%;Anaciaeschna donaldi 的脂肪含量最高,为 27.31%。Apis indica 和 Gryllotalpa africana 的抗炎活性较高,分别为 3.48 毫克/毫升和 3.45 毫克/毫升。鉴于炎症与多种慢性疾病有关,这些可食用昆虫的营养成分和抗炎特性使其成为全球合适的膳食补充剂。所介绍的昆虫物种可作为现有膳食的有益补充或替代品。这项研究强调,有必要让人们更广泛地认识到这些食用昆虫的营养和抗炎功效。通过与当代营养需求和全球食品挑战保持一致,将这些昆虫纳入膳食可极大地促进公众健康。
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