Department of Agricultural, Environmental, Food and Animal Sciences (Di4A), University of Udine, 33100 Udine, Italy.
Department of Agricultural and Food Sciences (DISTAL), University of Bologna, 40127 Bologna, Italy.
Viruses. 2023 Mar 24;15(4):826. doi: 10.3390/v15040826.
Environmental changes and global warming may promote the emergence of unknown viruses, whose spread is favored by the trade in plant products. Viruses represent a major threat to viticulture and the wine industry. Their management is challenging and mostly relies on prophylactic measures that are intended to prevent the introduction of viruses into vineyards. Besides the use of virus-free planting material, the employment of agrochemicals is a major strategy to prevent the spread of insect vectors in vineyards. According to the goal of the European Green Deal, a 50% decrease in the use of agrochemicals is expected before 2030. Thus, the development of alternative strategies that allow the sustainable control of viral diseases in vineyards is strongly needed. Here, we present a set of innovative biotechnological tools that have been developed to induce virus resistance in plants. From transgenesis to the still-debated genome editing technologies and RNAi-based strategies, this review discusses numerous illustrative studies that highlight the effectiveness of these promising tools for the management of viral infections in grapevine. Finally, the development of viral vectors from grapevine viruses is described, revealing their positive and unconventional roles, from targets to tools, in emerging biotechnologies.
环境变化和全球变暖可能会促进未知病毒的出现,而植物产品的贸易则有利于这些病毒的传播。病毒是对葡萄栽培和葡萄酒行业的重大威胁。对它们的管理具有挑战性,主要依赖于旨在防止病毒传入葡萄园的预防措施。除了使用无病毒种植材料外,农用化学品的使用是防止葡萄园昆虫传播媒介传播的主要策略。根据欧洲绿色协议的目标,预计到 2030 年,农用化学品的使用量将减少 50%。因此,迫切需要开发替代策略,以实现葡萄园病毒性疾病的可持续控制。在这里,我们提出了一系列创新的生物技术工具,这些工具已被开发用于诱导植物的抗病毒性。从转基因到仍有争议的基因组编辑技术和基于 RNAi 的策略,本综述讨论了许多说明性研究,这些研究强调了这些有前途的工具在葡萄藤病毒感染管理中的有效性。最后,描述了来自葡萄病毒的病毒载体的开发,揭示了它们在新兴生物技术中从靶标到工具的积极和非常规作用。