10.09.25 -- Operating And Maintaining Pharmaceutical Gas Distribution Systems

Dive into specific unit operations and case studies that demonstrate how implementing phase appropriate tools can have substantive direct business impacts to cost and development timelines.

Harnessing the power of AI, biotherapeutic developers can better understand cellular processes and outcomes, paving the way for more personalized and effective treatments for patients.

Learn in detail about cell-based cancer immunotherapy, including techniques for engineering immune cells and methods used for manufacturing genetically modified cells that are currently in practice.

Developing effective dry powder inhalers requires expertise across multiple disciplines, from particle engineering and device technology to manufacturing science and regulatory knowledge.

Learn how human platelet lysate significantly improves mesenchymal stromal/stem cell expansion and eliminates the need for plate coating, boosting yield without altering cell phenotype.

Manual bottle filling can introduce significant risks, impacting accuracy, sterility, and compliance. Grasp how automation can improve product quality, enhance patient safety, and increase efficiency.

Mesenchymal stem cells (MSCs) show great promise in regenerative medicine, but scaling their production for clinical use is a key challenge that requires careful optimization and planning.

Liquid biopsy, powered by next-generation sequencing, is transforming precision oncology to offer real-time, non-invasive insights into tumor genetics, which revolutionizes how we monitor and manage cancer.

One of the challenges faced in EV production is scaling up manufacturing processes. Discover a reproducible and scalable microcarrier-based process for EV production in a stirred tank bioreactor system.

Explore the results of a study focusing on the early stages of the CAR T cell workflow, specifically the initial washing of leukapheresis followed by the isolation of T cells.

See how to assess AAV genome integrity beyond ITR-2 using an extended ddPCR method for precise quantification of empty and full capsids with various genomic targets.

Review how automated sampling for parallel bioreactors enables continuous, sterile sample collection from CHO cell cultures, maintaining cell density with reduced manual intervention.

Learn data-driven advancements in cell therapy manufacturing and learn how focusing on biology first can lead to more robust and scalable manufacturing solutions.