National Institute of Biology, Ljubljana, Slovenia.
Methods Mol Biol. 2022;2379:81-97. doi: 10.1007/978-1-0716-1791-5_5.
Plant synthetic biology requires the design of plant expression vectors with multiple transcriptional units, which can be challenging. Here we describe the use of Plant X-tender toolbox complemented with a plant grammar implemented in GenoCAD for design, cloning and delivery of several transcriptional units into the plant genome. Plant X-tender toolbox consists of a set of plant expression vectors and the protocols for the most efficient cloning of multiple transcriptional units into this novel vector set. Together with the plant grammar implemented in GenoCAD, the presented strategy allows the users to quickly design genetic modules and assemble them into Plant X-tender expression vectors for in planta functional studies or synthetic biology applications.
植物合成生物学需要设计具有多个转录单元的植物表达载体,这可能具有挑战性。在这里,我们描述了使用 Plant X-tender 工具包,该工具包辅以在 GenoCAD 中实现的植物语法,用于将多个转录单元设计、克隆和递送到植物基因组中。Plant X-tender 工具包由一组植物表达载体和将多个转录单元高效克隆到这个新载体集中的方案组成。与 GenoCAD 中实现的植物语法一起,所提出的策略允许用户快速设计遗传模块,并将它们组装到 Plant X-tender 表达载体中,用于在植物体内进行功能研究或合成生物学应用。