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Marie Dorn wins Best Technical Poster Award at ECI SUT VII conference

25 March 2025

The ECI Single-Use Technologies (SUT) VII conference aims to unite industry and academia to foster collaboration and drive advancements in single-use systems for biomanufacturing. This year's conference was themed "Revolutionizing Manufacturing for Tomorrow's Medicines"

ECI SUT VII conference

The conference focused on innovations that enhance the efficiency, sustainability, and applicability of single-use technologies in modern bioprocessing.

SUT VII showcased the latest progress in single-use manufacturing, with discussions covering regulatory compliance, advancements in materials and sensors, sustainability efforts, and emerging trends shaping the future of bioprocessing. The program featured real-world applications of single-use technologies in research and manufacturing, highlighting their role in process intensification, continuous processing, and next-generation therapies. By building on the success of previous conferences, SUT VII encouraged collaboration and knowledge-sharing to accelerate the adoption of single-use solutions.

Research initiatives from the UCL Biochemical Engineering Department emphasised the impact of innovative single-use applications on process efficiency and sustainability. Marie Dorn presented a poster on "Transforming bioprocess development: Sustainable resource-efficient perfusion screening with single-use microwell plates", which explored the use of single-use microwell plates in early process development. Her work was recognised with a Poster Prize for Best Technical Poster, highlighting UCL's contributions to advancing single-use bioprocessing through engineering innovation.

"I am honoured to receive the Poster Award for Best Technical Poster for my research on Transforming Bioprocess Development: Sustainable Resource-Efficient Perfusion Screening with Single-Use Microwell Plates. This recognition highlights the significance of our work at UCL Biochemical Engineering in advancing single-use technologies to enhance manufacturing efficiency and sustainability.

My research focuses on developing a scale-down model for perfusion processes using microwell plates and applying this approach to the critical step of cell line selection to identify the most productive clone for antibody production. By integrating cell line selection with operational processes, we can significantly improve efficiency and productivity in biomanufacturing. These advancements contribute to the broader adoption of single-use systems and the development of more effective and cost-efficient therapies." Marie Dorn, March 2025

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