Automated NMR Analysis for Biotech Screening Applications

Screening and identifying high-performance microorganisms are key steps in biotechnological research and development. They are pivotal for advancing scientific discovery and eventually commercializing bioprocesses at scale as it allows selecting suitable biological materials, such as enzymes, bacteria, or yeasts that perform the desired task with high selectivity and efficiency. These tasks can range from food chemistry, including yoghurt fermentation, edible oil refinement, carotenoid manufacturing, or human-milk oligosaccharide production to the bio-manufacturing of low-calorie sweeteners.
Join dsm-firmenich for an insightful webinar exploring cutting-edge screening technologies and their applications within biotech and food ingredient development.
Sharina Chander will discuss the design – build – test – learn (DBTL) principle applied to biotech screening and explain how flow-injection NMR is being used in DBTL cycles to select the best performing microorganisms. The analysis of the acquired NMR data can be supported by the Advanced Chemical Profiling software which allows for fully-automated qNMR for metabolite quantification.

Wednesday June 25

05:00 PM CEST

• dsm-firmenich is a Market Leader in Nutrition, Health, and Beauty
  dsm-firmenich reinvents, manufactures, and combines natural and renewable ingredients using renowned science and technology capabilities, to create what is essential for life, desirable for consumers, and more sustainable for the planet. Their capabilities in analytical sciences provide tailored insights for data-driven decision-making across innovation projects in all business areas.
• Advanced Screening Techniques for Biotech Innovation. The DBTL (Design-Build-Test-Learn) cycle is crucial for optimizing biotech screening processes, enabling more efficient strain development and production improvements.
• Flow-NMR and Advanced Chemical Profiling for efficient and robust data acquisition and analysis. By combining flow-injection NMR and Advanced Chemical Profiling software to acquire and analyze the qNMR data, results can be extracted robustly and efficiently from multiwell plate experiments in full-automation.

This webinar is ideal for researchers, scientists, and professionals eager to leverage innovative screening technologies for biotech and precision fermentation advancements.
Don’t miss the opportunity to gain valuable insights from industry experts!