The Bailun Synthetic Biology Fermentation Process Laboratory stands at the forefront of biomanufacturing innovation, serving as a critical hub for translating groundbreaking synthetic biology research into scalable and economically viable industrial processes. Our mission is to bridge the gap between genetic design at the benchtop and commercial production, specializing in the optimization and scale-up of microbial fermentation.
Core Focus and Capabilities:The laboratory is dedicated to mastering the entire fermentation lifecycle. Our work encompasses:
Strain Performance Evaluation: Rigorously testing and validating engineered microbial strains (e.g., bacteria, yeast) for their productivity, stability, and resilience under controlled fermentation conditions.
Upstream Process Development: Designing and optimizing fermentation media formulations and feeding strategies to maximize the yield and titer of target molecules, such as enzymes, bio-based chemicals, pharmaceuticals, and novel materials.
Bioreactor Operation and Scale-Up: Operating state-of-the-art bioreactor systems, from small-scale fermenters for rapid experimentation to pilot-scale units that mimic industrial conditions. We systematically develop scale-up strategies to ensure process consistency and performance from liters to cubic meters.
Process Integration: Seamlessly linking upstream fermentation with downstream purification requirements, ensuring the entire production pipeline is efficient, cost-effective, and robust.
Technical Expertise and Infrastructure:
Equipped with advanced bioreactors, sophisticated process control and monitoring systems (DO, pH, off-gas analysis), and high-throughput analytical equipment, the lab generates rich, real-time data. Our team of scientists and engineers specializes in metabolic engineering, bioreactor design, kinetics, and process control, enabling data-driven decisions to accelerate process development.
Impact and Vision:
The Bailun Laboratory is more than a research facility; it is an engine for sustainable innovation. By advancing fermentation technologies, we empower the production of bio-based alternatives to petrochemical-derived products, contributing to a greener circular economy. We collaborate closely with academic and industry partners to de-risk technology transfer and drive the next generation of synthetic biology products from concept to market reality, shaping the future of manufacturing.
