
Leading global experts in plant synthetic biology gather at the HZAU symposium to witness the launch of the China-UK international joint laboratory. [Photo/new.hzau.edu.cn]
The China-UK International Joint Laboratory for Synthetic Biology was officially inaugurated at Huazhong Agricultural University (HZAU) on April 21. Co-hosted by HZAU and the Hubei Hongshan Laboratory, the event brought together leading scholars from the University of Cambridge, Rothamsted Research, and Newcastle University to explore cutting-edge advances in plant synthetic biology and its industrial applications.
At the opening ceremony, Prof Jin Shuangxia, dean of the College of Plant Science and Technology, described the new lab as a shift from regular academic exchanges toward an institutionalized, long-term research framework. The partnership aims to address global challenges, such as sustainable agriculture and the bio-economic transformation, through coordinated scientific breakthroughs.
Experts agreed that the joint laboratory will serve as an international innovation hub, pooling global intelligence to advance biological breeding and provide new solutions to food security and public health.
The accompanying seminar showcased research across several frontiers. Prof Angharad Gatehouse from Newcastle University analyzed the potential of biotechnology to address ecological challenges and advance sustainable agricultural development.
Yang Dongfeng discussed duckweed as an efficient bioreactor for biomanufacturing, while Zhu Qinlong discussed AI-driven gene design approaches for developing crops with improved nutrition. On the foundational side, Jiafu Tan from the University of Cambridge discussed artificial protein design and Su Handong from College of Plant Science & Technology highlighted the progress made in synthetic chromosome technology.
Bridging the gap between the lab and the market, Prof Johnathan Napier from Rothamsted Research drew on the Omega-3 project to illustrate how research can scale to industrial application. Prof Thomas Howard emphasized engineering methodologies to improve the precision of biological systems.