Reprint

Edible Insects as Innovative Foods: Nutritional, Functional and Acceptability Assessments II

Edited by
November 2023
380 pages
  • ISBN978-3-0365-9412-5 (Hardback)
  • ISBN978-3-0365-9413-2 (PDF)

This book is a reprint of the Special Issue Edible Insects as Innovative Foods: Nutritional, Functional and Acceptability Assessments II that was published in

Biology & Life Sciences
Chemistry & Materials Science
Engineering
Public Health & Healthcare
Summary

It was first suggested nearly 50 years ago by Meyer-Rochow in Australia that the use of insects as food and feed sources could ease the problem of global food shortages, and that the WHO and the FAO should support the promotion of insects as a food item, especially in countries with a long tradition of entomophagy. However, food shortages in some parts of the world are only one aspect to consider; overeating and obesity in other parts of the world are another aspect. An increased use of edible insects might well be able to assist in overcoming, at least to some extent, both of these problems. This Special Issue of Foods represents Volume 2 of the topic “Edible Insects as Innovative Foods: Nutritional, Functional and Acceptability Assessments”.  Some of the 20 contributions by scientists from 13 different countries deal with hitherto unreported food insects, and others explore the effects that a diet containing insects or insect products can have on the gut microbiota of the consumer, whether human or non-human. Food safety questions are not ignored, and questions related to the chemical composition of food insects, their content in terms of nutrients and antinutrients, and their acceptability by consumers are additional topics that the articles in this book explore. Altogether, this reprint provides convincing reasons for the advantages to health and the environment that a greater use of insects as food and feed would present, and ends with the slogans “Forget about the pork and put a cricket on your fork!” and “Mealworms and spaghetti is food that makes you happy!”.

Format
  • Hardback
License
© by the authors
Keywords
Vespa velutina; Vespa mandarinia; Vespa basalis; entomophagy; amino acids; fatty acids; minerals; edible insect; mealworm; sugar content; chitin; microscopy; degree of acetylation; entomophagy; insect edibility; insect farming; insect diversity; acceptability; nutrients; food security; diet; food neophobia; disgust; protein source; sport endorsement; Hermetia illucens; insect rearing; vegetable leftovers; protein fraction; amino acids composition; growth substrate; NMR-based metabolomics; microbiota; insect protein; protein digestion; alternative proteins; human gut bacteria; growth inhibition; chitin; chitosan; pathogenic; diet; pre- and probiotics; Shiga toxin; Escherichia coli; antimicrobial resistance; edible insects; mealworm; black soldier fly larvae; insect farming; novel protein; Europe; food; feed; Iceland; Clanis bilineata tsingtauica; edible insects; cold storage; temperature; artificial breeding; Clanis bilineata tsingtauica Mell; edible insects; nutritional composition; phytic acid; entomophagy; insect consumption; protein intake; rural areas; Sandrandahy; entomophagy; terrestrial insects; health benefits; contaminant; selenium; insect farming; tenebrio molitor; local chicken; carcass characteristics; breast pH; edible insects; edible insects; Gryllus bimaculatus; processing and preservation; fatty acids; lipid oxidation; functional properties; black soldier fly larvae; protein extraction; foaming; insect protein; novel food ingredients; edible insect flours; G. belina; H. illucens; M. subhylanus; nutritional properties; techno-functional properties; antioxidant activity; metal chelation; Mashonzha; Madzhulu; black soldier fly; underutilized food resources; grain amaranth; edible cricket meal; complementary porridge; nutrient quality; malnutrition and food security; insect protein; cold pressure; protein characteristics; functional properties; puffed-rice snack; drone pupae; quality characteristics; Apis mellifera L.; nutritional profile; n/a