McGruddy Rose, Haywood John, Lester Philip J
School of Biological Sciences, Victoria University of Wellington, Wellington 6012, New Zealand.
School of Mathematics and Statistics, Victoria University of Wellington, Wellington 6140, New Zealand.
Insects. 2024 Jul 18;15(7):539. doi: 10.3390/insects15070539.
Current mite management strategies rely heavily on the use of pesticides, adversely affecting honey bee health and leaving toxic residues in hive products. To explore the likelihood of RNAi technology being utilised as an alternative control method for pests like , the opinions of beekeepers on the use of this new biotechnology were obtained using a mixed-methodology approach. In-person surveys and focus groups using the Q method were conducted to discover the willingness of beekeepers to utilise -targeting RNAi treatments in their hives, and to gain feedback to inform decisions before the implementation of this new technology. Overall, the beekeepers saw potential in RNAi being used to control in their hives and were eager to have access to an alternative to pesticide treatments. Participants raised concerns about unknown long-term effects on bees and other non-target species, and the potential of an uninformed public preventing them from accessing a new treatment. While further research and discussion is needed before RNAi treatments for become commercially available, RNAi technology presents a promising, species-specific and non-toxic solution for management.
当前的螨虫管理策略严重依赖杀虫剂的使用,这对蜜蜂健康产生了不利影响,并在蜂巢产品中留下有毒残留物。为了探索RNA干扰技术被用作诸如[害虫名称未给出]等害虫的替代控制方法的可能性,采用混合方法获取了养蜂人对这种新生物技术使用的看法。通过使用Q方法进行的现场调查和焦点小组讨论,以了解养蜂人在其蜂箱中使用针对[害虫名称未给出]的RNA干扰处理的意愿,并在实施这项新技术之前获得反馈以指导决策。总体而言,养蜂人认为RNA干扰技术有潜力用于控制其蜂箱中的[害虫名称未给出],并渴望获得一种替代杀虫剂处理的方法。参与者对其对蜜蜂和其他非目标物种的未知长期影响,以及不知情的公众可能阻止他们获得新的[害虫名称未给出]处理方法表示担忧。虽然在用于[害虫名称未给出]的RNA干扰处理商业化之前还需要进一步的研究和讨论,但RNA干扰技术为[害虫名称未给出]管理提供了一种有前景的、物种特异性且无毒的解决方案。