On November 14, 2024, the leaders of Changzhou Economic Development Zone went to Bailun Songjiang Laboratory for investigation and research.
The purpose of this survey is to explore the possibility of cooperation between the two parties in the fields of co building synthetic biology experimental bases, building biological reaction big data platforms, and constructing biological reaction big data models, in order to promote innovative development of the regional biotechnology industry.
On site investigation and in-depth understanding of Bailun's scientific research strength. The leaders of Changzhou Economic Development Zone first visited Bailun Company's Songjiang Laboratory on site, and gained a detailed understanding of the laboratory's facilities, research and development project progress, and technological innovation achievements.
The advanced experimental equipment and professional R&D team of Bailun Company in the field of synthetic biology left a deep impression on the research team. During the visit, the company leader introduced the research status of the laboratory in bioreactor optimization, microbial metabolism engineering, pilot process development platform, and showcased some of the ongoing cutting-edge scientific research projects.
Through exchange and discussion, we can jointly discuss the development plan of cooperation. Bailun believes that Bailun's technological advantages in the field of synthetic biology are highly compatible with the development needs of the Economic Development Zone, and the prospects for cooperation between the two sides are broad. In the future, by jointly building experimental bases, integrating resources from both sides, accelerating the transformation of scientific research achievements, and cultivating and strengthening the biotechnology industry cluster.
Bailun believes that in building a big data platform for biological reactions, technologies such as the Internet of Things, big data, and artificial intelligence can be further utilized to achieve real-time monitoring, data analysis, and intelligent control of biological reaction processes.
Bailun shared its experience in the collection, storage, and analysis of big data in biological reactions, and presented a preliminary data analysis model.
Bailun believes that the construction of biological big data models requires interdisciplinary integration, and hopes to strengthen industry university research cooperation and attract more professional talents to participate.
Bailun stated that it will fully leverage its technological advantages and explore innovative applications of biological big data in fields such as drug research and development, disease diagnosis, and biomanufacturing, providing new solutions for industry development.
This investigation and research have laid a solid foundation for cooperation between the two parties in the field of synthetic biology.
