A toolchest for rapid bootstrapping of novel chassis organisms

目前，生物科学产业依赖于少数生物来生产市场上的大多数重组产品。该项目由两家英国合成生物学公司Synthace和Synpromics与伦敦大学学院合作，将尖端的计算技术与多因素实验设计相结合，开发出一种新的工具集，可以快速启动合成生物学的新型底盘生物。这将使未来的工艺能够使用更适合其使用的工业条件的底盘，并加速合成生物学在医疗保健，食品生产，化学品和能源中的应用。这些工具的输出将被充分表征，以确保它们在一系列条件下完全健壮，确保它们将最大限度地用于合成生物学行业

The bioscience industry currently relies on a small number of organisms to produce the majority of the recombinant products on the market.A collaboration between two UK synthetic biology Synthace and Synpromics and University College London, this project combines cutting edge computational techniques with multifactorial experimental design to develop a novel toolset that will allow the rapid bootstrapping of novel chassis organisms for synthetic biology. This will enable future processes to use chassis that are far better suited to the industrial conditions they are used under, and accelerate the use of synthetic biology in healthcare, food production, chemicals and energy. Outputs of the tools will be fully characterised to ensure they are fully robust under a range of conditions, making sure that they will be of maximum use to the synthetic biology industry