Cell Factory R&D Platform

The platform is an intelligent, precise and high-throughput core research and development vehicle for biological manufacturing based on the cutting-edge technologies of synthetic biology. It focuses on the design and modification, as well as the performance upgrade of various chassis such as prokaryotic and eukaryotic cells. The platform connects the complete research and development chain of component design, strain construction, metabolic regulation and performance iteration. It focuses on the core track of green biological manufacturing and specifically addresses the problems of low efficiency, high pollution and high energy consumption in traditional synthetic processes, providing core support for the technological upgrading of the biological industry.

The platform gathers a group of high-level scientific researchers who are deeply engaged in synthetic biology, biochemistry, genome editing and metabolic engineering. It has formed a professional research team consisting of theoretical design, experimental verification and iterative optimization. It has rich experience in cell modification, chassis optimization and efficient product synthesis research, and can precisely overcome industry core problems such as cell metabolic bottlenecks, low product conversion rate and poor strain stability.

The platform's hardware configuration is industry-leading, equipped with a complete set of high-end research and development equipment such as high-throughput strain screening, AI enzyme screening, genome editing, metabolic flow analysis, and intelligent bioreactors. This enables precise design, rapid construction, and efficient verification of cell factories. Relying on the cutting-edge technology system, it can efficiently synthesize high-value-added products such as biopharmaceutical intermediates, bio-based materials, and functional chemicals using diverse substrates like agricultural and forestry waste and one-carbon raw materials. This significantly improves the cell synthesis efficiency and product purity, achieving intelligent research process, precise experimental data, and efficient strain iteration. It also lays a solid foundation for the industrialization of the project by enhancing the front-end technology.