Scientific Bioprocessing (sbi)

We’re excited to be taking part in the Shaking Day Seminar on December 9th, 2024 at Hochschule Munich, hosted by Robert Huber, Enzyscreen B.V., and Kuhner shaker Germany This seminar will answer some of the most crucial questions in shaking and cultivation processes, such as: ✔️ What are key shaking parameters for my cultures? ✔️ What causes reproducibility issues in shaken culture results? ✔️ Scaling up from shake flasks to stirred vessels—what’s the challenge? How do baffles, working volume, shaking diameter, stopper type, and well geometry influence shake flask cultures? Don't miss out! Register before November 20th, 2024. Contact us for more information: https://bit.ly/40nuWjA

Quality-by-Design (QbD) is a proactive and systematic approach to bioprocess development, focusing on understanding processes and controlling variables to ensure consistent quality. QbD transforms upstream development by moving away from traditional trial-and-error methods towards a more systematic, science-based approach. This ensures that bioprocessing products are produced with greater reliability, efficiency, and consistency. Read more: https://bit.ly/3NBWBWf #Bioprocessing #QualityByDesign #QbD #Biotechnology #ProcessOptimization #LifeSciences

Los matraces de agitación son el recipiente de cultivo a pequeña escala más utilizado en los laboratorios de fermentación microbiana. Su facilidad de uso y bajo coste por experimento proporcionan una configuración ideal para el “screening” de cepas en diferentes condiciones y en volúmenes bajos. Sin embargo, tradicionalmente los matraces de agitación son “biorreactores oscuros” donde no hay información real del bioproceso. Las nuevas y modernas tecnologías de sensores permiten a los científicos estudiar los parámetros clave de los matraces de agitación de forma no invasiva, de manera automática y en tiempo real. Con estos nuevos datos, los científicos pueden optimizar sus bioprocesos. Los asistentes aprenderán más sobre: • Problemas con la tecnología actual de bioprocesamiento • La plataforma DOTS para matraces de agitación • Aplicaciones para DOTS No te pierdas la charla técnica que será impartida por Mario Novoa Belman quien es especialista de Infors HT Latin America Regístrate ahora haciendo click en el link: https://bit.ly/3A8jyxg #innovation #processoptimization #fermentation #bioprocess #webinar

🌱 Data Spotlight: Enhancing Plant Cell Growth by Modulating Dissolved Oxygen 🌱 Historically, plant cell culture research has faced challenges in adopting high-throughput methods, as these techniques are often tailored to organisms like yeast and E. coli, which differ significantly from plant cells in their complexity. Check out this week's Data Spotlight from the team at GALY who explored how adjusting dissolved oxygen levels can significantly extend the exponential growth phase in plant cells. By carefully modulating dissolved oxygen, they created more favorable conditions for cell expansion, leading to better yields and more efficient bioprocessing outcomes. 🚀 Read the full spotlight to dive into the data and learn how these findings could enhance your plant cell culture processes: https://bit.ly/4eEc6bU *Big thanks to Anat Tewari, Kristian Nilsen, Jade Stern, and Jimmy Tran for gathering this great data! #PlantCellCulture #Bioprocessing #ScientificBioprocessing #DataSpotlight #CellGrowthOptimization #DissolvedOxygen

Will you be attending the International Congress on Yeasts in Cape Town! this week! 🎉 Don't forget to swing by Stand 11 to chat with Hendrik Schmidt and get the answers to your bioprocessing questions ! #YEASTS2024 #SynBio #Bioprocessing

In the world of bioprocessing in bioreactors, ensuring product consistency and quality is critical but traditional methods can face challenges such as manual sampling, contamination risks, and limited data. That’s where flow cells come into play! These devices provide real-time, continuous monitoring of key parameters like pH and oxygen levels, helping optimize processes, reduce contamination risks, and improve efficiency. Curious about how they work and their impact on bioprocessing? Check out our latest blog post to learn how flow cells are revolutionizing the industry! Read now: https://bit.ly/4gHlBbZ #Bioprocessing #FlowCells #ScientificBioprocessing #Biotechnology

Will you be at Bioprocessing International in #Boston this week? If so, don't forget to stop by Booth 1128 and chat with our experts- Alexandra Rios Diaz and Henry Hazard Moore - about your bioprocessing needs! You've got questions, we've got answers 👍 #BPI #BPIconf #bioprocessing #cellculture #fermentation

Los matraces de agitación son el recipiente de cultivo a pequeña escala más utilizado en los laboratorios de fermentación microbiana. Su facilidad de uso y bajo coste por experimento proporcionan una configuración ideal para el “screening” de cepas en diferentes condiciones y en volúmenes bajos. Sin embargo, tradicionalmente los matraces de agitación son “biorreactores oscuros” donde no hay información real del bioproceso. Las nuevas y modernas tecnologías de sensores permiten a los científicos estudiar los parámetros clave de los matraces de agitación de forma no invasiva, de manera automática y en tiempo real. Con estos nuevos datos, los científicos pueden optimizar sus bioprocesos. Los asistentes aprenderán más sobre: • Problemas con la tecnología actual de bioprocesamiento • La plataforma DOTS para matraces de agitación • Aplicaciones para DOTS No te pierdas la charla técnica que será impartida por Mario Novoa Belman quien es especialista de Infors HT Latin America. BIOGEN Científica Regístrate ahora haciendo click en el link: https://bit.ly/3MWeG16 #innovation #processoptimization #fermentation #bioprocess #webinar

🌟 Networking Day in Hürth! 🌟 Always a pleasure reconnecting with familiar faces and meeting new colleagues in the industry. The insights shared by fellow CLIB members were truly inspiring. 🤩

🔬 Data-Driven Pichia Optimization 🔬 In the world of #bioprocessing, Pichia pastoris remains a powerful system for protein production. But optimizing its performance can be a challenge—until now. See how in this week's Data Spotlight, Christina Dickmeis harnessed sbi's Multiparameter Sensor (MPS) and Liquid Injection System (LIS) to fine-tune Pichia growth conditions for maximum efficiency. Our latest Data Spotlight reveals how this innovative approach enhances growth rates and protein yields, leading to breakthroughs in bioproduction. Discover how the DOTS Platform can revolutionize your Pichia processes and bring measurable results. 🔗 Read more: https://bit.ly/3XPa3vO #PichiaOptimization #Bioprocessing #Biotechnology #MicrobialProfiling #DataDrivenScience #ProteinProduction #ScientificInnovation #LifeSciences