Federico Tondini

As a scientist in the Department of Microbial Physiology and Fermentation, I specialize in screening microbial strains and optimizing fermentation processes. My work includes fermenting a wide range of diverse organisms, i.e., bacteria, yeasts, and filamentous fungi, across various scales, from microtiter plates to bench-scale bioreactors. I routinely employ the AMBR250 to test designs ranging from single-factor approaches to complex untargeted experimental conditions using machine learning. When a deeper understanding of the fermentation process is required, I rely on benchtop bioreactors integrated with balances, MS off-gas analyzer, and probes like capacitance and FT-IR. These systems enable precise handling through real-time monitoring and provide valuable insights into metabolic activity, which I use to inform future strain engineering strategies or convert into technology transfer packages for pilot-scale production.

Wednesday
May 07
Converging Platforms: High-Throughput and Analytical Solutions Driving Biotech Breakthroughs
3:30 PM

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4:15 PM

Explore how cutting-edge microelectronics, spectroscopy, advanced liquid-handling systems, and powerful bioinformatics converge to accelerate innovation across biotech, pharmaceuticals, and synthetic biology. By leveraging integrated approaches—spanning machine learning tools, next-generation lab automation, and modular high-throughput platforms—industry leaders are redefining what’s possible from early R&D to commercial-scale production. Gain insights into the core technologies and collaborative models fueling these breakthroughs, and learn how this convergence is reshaping discovery pipelines, enhancing product development, and pushing the boundaries of what we can achieve in healthcare, bioactives, and beyond.

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Copyright SynBioBeta 2025

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Copyright SynBioBeta 2025