Boutigny Anne-Laure, Dohin Nicolas, Pornin David, Rolland Mathieu
Anses, Plant Health Laboratory, Bacteriology Virology GMO Unit, 7 rue Jean Dixméras, 49044 Angers, cedex 01, France.
Hortic Res. 2020 Feb 1;7:11. doi: 10.1038/s41438-019-0232-5. eCollection 2020.
The market of ornamental plants is extremely competitive, and for many species genetic engineering can be used to introduce original traits of high commercial interest. However, very few genetically modified (GM) ornamental varieties have reached the market so far. Indeed, the authorization process required for such plants has a strong impact on the profitability of the development of such products. Considering the numerous scientific studies using genetic modification on ornamental species of interest, a lot of transformed material has been produced, could be of commercial interest and could therefore be unintentionally released on the market. The unintentional use of GM petunia in breeding programs has indeed recently been observed. This review lists scientific publications using GM ornamental plants and tries to identify whether these plants could be detected by molecular biology tools commonly used by control laboratories.
观赏植物市场竞争极为激烈,对于许多物种而言,基因工程可用于引入具有高度商业价值的原始性状。然而,迄今为止,极少有转基因观赏品种进入市场。事实上,此类植物所需的审批流程对这类产品开发的盈利能力有重大影响。鉴于众多针对感兴趣的观赏物种进行基因改造的科学研究,已产生了大量转化材料,这些材料可能具有商业价值,因而可能会无意间流入市场。最近确实观察到在育种计划中无意使用了转基因矮牵牛。本综述列出了使用转基因观赏植物的科学出版物,并试图确定这些植物是否能被控制实验室常用的分子生物学工具检测到。