Zanzot Asia, Copelotti Emma, Sezzi Erminia, Mancini Simone
Department of Veterinary Sciences, University of Pisa, Viale delle Piagge 2, 56124 Pisa, Italy.
Istituto Zooprofilattico Sperimentale del Lazio e della Toscana M. Aleandri, Via Appia Nuova, 1411, 00178 Roma, Italy.
Animals (Basel). 2025 Aug 14;15(16):2393. doi: 10.3390/ani15162393.
Edible insect farming represents a promising sector focused on producing sustainable and nutritional food and feed. Compared to conventionally farmed animals, insects are more sustainable, thanks to lower greenhouse gas emissions, efficient bioconversion, and minimal space requirements. These characteristics make edible insect farming remarkably eco-friendly: this concept aligns with the core principles of the organic supply chain. However, current organic regulations do not yet include insects. This review investigates various aspects of edible insect rearing to better understand how an "organic edible insect farm" could be established. Nine insect species that have been authorized as ingredients for the production of either food or feed were included, such as , , , , , , , , and . Among the evaluated features of insect farming, insect welfare and the use of chemical substances (such as veterinary drugs and pesticides) are thoroughly examined in the literature review. These represent the most significant challenges given the scarce knowledge both on the well-being of insects, currently identified as non-sentient beings, and on the degradation and metabolism of drugs or pesticides that could harm the animals but also undermine consumer safety.
食用昆虫养殖是一个有前景的领域,专注于生产可持续且营养丰富的食品和饲料。与传统养殖的动物相比,昆虫更具可持续性,这得益于其较低的温室气体排放、高效的生物转化以及对空间的最小需求。这些特性使食用昆虫养殖非常环保:这一概念与有机供应链的核心原则相一致。然而,目前的有机法规尚未涵盖昆虫。本综述调查了食用昆虫饲养的各个方面,以更好地了解如何建立一个“有机食用昆虫养殖场”。其中包括九种已被批准作为食品或饲料生产原料的昆虫物种,如 , , , , , , , ,和 。在昆虫养殖的评估特征中,昆虫福利以及化学物质(如兽药和农药)的使用在文献综述中得到了深入研究。鉴于目前对于昆虫(目前被认定为无感知生物)的福祉以及可能危害动物且损害消费者安全的药物或农药的降解和代谢方面的知识匮乏,这些是最重大的挑战。