OXIPRO’s early career researcher Ruite Xiang (University of Barcelona) recently presented his poster on Genetic algorithm-based multiobjective optimization for enzyme engineering at NextgenBiocat, a dynamic symposium in Milan, Italy. The event, held from May 8th–9th, 2025, brought together young researchers and seasoned experts in the field of enzyme engineering.
NextgenBiocat is a symposium organized by young researchers for young researchers, fostering an environment where early career researchers (ECRs) can share their work, exchange ideas, and build future collaborations. “It was very nice to talk with other ECRs about our projects, what we’re working on, and what we’d like to do after finishing our PhDs,” said Ruite. “There were more than 40 participants, including some Principal Investigators who gave really interesting talks.”
Ruite’s poster showcased his work with a genetic algorithm approach to enzyme engineering. The project focused on evolving enzyme variants to improve thermostability while retaining critical activity, a typical multi-objective challenge in enzyme optimization. Ruite and his co-authors demonstrated how leveraging genetic algorithms and existing computational tools can outperform traditional design methods and open up new possibilities in biocatalysis.
The lively discussions and networking at NextgenBiocat underscored the importance of collaboration and fresh ideas in the field. Events like this are crucial for fostering the next generation of enzyme engineers and researchers – and for ensuring that promising approaches, like those developed in OXIPRO, continue to evolve and make an impact.
For more information about the NextgenBiocat symposium, visit https://nextgenbiocat.org/.