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Gain a foundational understanding of the process for culturing mesenchymal stem cells in stirred-tank bioreactors, including key steps like setting up the bioreactor and controller, optimizing cell adhesion to microcarriers, and controlling critical process parameters such as dissolved oxygen and gassing.
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Cell and gene therapies have revolutionized the medical field by offering possible cures for diseases and the ability to heal and replace damaged organs. Explore bioreactor systems that are aiding the production of stem cells, enabling researchers to expedite cell culture development and optimize their research time.
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Achieving clinical scale for hMSC therapy requires reliable large-scale production. This study demonstrates a successful bioreactor expansion protocol that maintains cell viability and preserves the critical glycolytic metabolic phenotype.
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How was a mini bioreactor system used to systematically optimize the process parameters of a hiPSC culture in a step-by-step process while allowing the hiPSC to retain their stem cell properties and the ability to develop into tissues of the endo-, meso-, and ectoderm?
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Eppendorf Announces Stem Cell Community Day 2025: Uniting Innovators In Stem Cell Bioprocessing
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Eppendorf is excited to announce the upcoming 6th Stem Cell Community Day. Held for the first time 2017, it quickly evolved to a premier event designed to bring together leading minds from industry and academia to explore the latest advancements, challenges, and opportunities in the bioprocessing of cells for advanced therapies. This year’s event will take place on November 4–5, 2025 in Copenhagen, Denmark and online, and offers a dynamic platform for scientific exchange, collaboration, and networking.
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