Okayasu Koji, Notaguchi Michitaka
Graduate School of Bioagricultural Sciences, Nagoya University, Nagoya, Aichi, Japan.
Methods Mol Biol. 2019;2014:411-420. doi: 10.1007/978-1-4939-9562-2_31.
The grafting technique has been applied to study systemic signaling in plants, especially to investigate whether gene action is graft transmissible and/or gene products such as RNAs and proteins are transported systemically. Here we describe an interfamily heterograft system between Nicotiana benthamiana scion plants and Arabidopsis stock plants for the identification of systemic phloem-mobile signals. Since these plants belong to evolutionary distant families and genome databases are available for both, we can reliably identify mobile substances transported from one to the other plant.
嫁接技术已被应用于研究植物中的系统性信号传导,特别是用于调查基因作用是否可通过嫁接传递,以及诸如RNA和蛋白质等基因产物是否能进行系统性运输。在此,我们描述了一种本氏烟草接穗植物与拟南芥砧木植物之间的科间异种嫁接系统,用于鉴定系统性韧皮部移动信号。由于这些植物属于进化关系较远的科,且两者都有基因组数据库,我们能够可靠地鉴定从一种植物运输到另一种植物的移动物质。