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Recently, Academician Zhu Beiwei from the Chinese Academy of Engineering and her entourage visited the Shaanxi Synthetic Biology Innovation Center for investigation and guidance. They conducted on‑site research and in‑depth exchanges focusing on technological innovation and industrial application in the field of synthetic biology, providing guidance and empowering the center’s scientific research, technology transformation, and industry‑university‑research cooperation. Relevant persons‑in‑charge and key scientific researchers of the center accompanied the inspection and participated in the forum.
During the inspection, Academician Zhu Beiwei successively visited the R&D platform and pilot‑scale platform of the innovation center. She inspected in detail the configuration of scientific research equipment, experimental R&D procedures, and supporting construction for pilot‑scale industrialization of the center. She carefully listened to the work report on the center’s scientific research layout, technology R&D, achievement transformation and platform construction in synthetic biology, and gained an in‑depth understanding of the development status, technical advantages and future plans of the center in biological manufacturing and the industrial implementation of synthetic biology.
After the on‑site investigation, both sides held a special technical exchange forum. At the meeting, the scientific research team delivered a detailed report on core technologies, R&D bottlenecks, process optimization and industrial application scenarios of small‑molecule protein preparation. Drawing on her extensive scientific research and industrial practice experience in bioengineering and protein preparation, Academician Zhu Beiwei offered professional guidance on key technical points including process purification, efficiency improvement, cost optimization and quality control for small‑molecule protein preparation. She elaborately addressed difficult problems encountered by the research team in process development and technology iteration, and put forward highly targeted and practical optimization schemes and improvement ideas.
During the exchange, the two sides conducted in‑depth discussions on the innovative development of synthetic biology, technical upgrading of small‑molecule protein preparation, and industrialization of research achievements, and reached a preliminary consensus on cooperation. Academician Zhu Beiwei spoke highly of the platform construction outcomes and scientific innovation vitality of the Shaanxi Synthetic Biology Innovation Center. She held the view that the center boasts a sound development foundation and broad application prospects in the industrialization of synthetic biology.
The person‑in‑charge of the center expressed sincere gratitude to Academician Zhu Beiwei for her careful guidance and support. In the future, the center will earnestly adopt the academician’s guidance suggestions, devote itself to the R&D of core synthetic biology technologies, continuously optimize the process system for small‑molecule protein preparation, and actively promote in‑depth cooperation with the academician’s team. Leveraging high‑end intellectual resources to empower technological innovation and industrial upgrading, it will accelerate the transformation of scientific research achievements in synthetic biology and facilitate the high‑quality development of the regional biological industry.
