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| Cell Bank Manufacturing | Your master cell bank (MCB) is critical to therapeutic product development, in addition to supporting clinical development, manufacturing, and commercial supply of biologics. Put your bank in the hands of the experts and get it right the first time. |
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By Andrew Knappenberger, Ph.D., Somatek | Here's a case for the biotech hybrid model, one that relies on a crack team of internal core talent complemented by broad reliance on external vendors. | |
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| Antibody-Based Drug Discovery At The Speed Of Light | White Paper | Curia | Review this end-to-end workflow, including First-to-Human antibody development strategies, the use of the PentaMice® platform for targeted immunization, and the precision of single B cell screening. |
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| Redefining CAR-T Speed And Strength: A Conversation | Q&A | Resilience | Delve into how an autologous CAR-T platform is addressing challenges in cell therapy manufacturing. A three-day process shortens cycles, improves T-cell potency and durability, and reduces costs. |
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| Discussing Qualities Of A CDMO Redefining Innovation | Article | Grand River Aseptic Manufacturing | Ensuring precision in fill/finish for large-volume devices is critical for performance. Discover the essential traits that redefine innovation and support patient-centric manufacturing solutions. |
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| 3 Steps To Guide Your Product To Annex 1 Compliance | Article | By Robert Keem, August Bioservices | To align with Annex 1 expectations, sponsors should focus on three key steps: understanding the guidelines, selecting the right partners, and futureproofing their manufacturing strategies. |
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| Accelerate And De-Risk Bioconjugate Drug Development | Article | By Elisabeth Engelsberger, Ph.D., and Raphael Frey, Ph.D., Lonza | With a growing interest in developing new and improved bioconjugate drugs, explore an “innovation through collaboration” approach that can facilitate access to next-generation conjugation technologies. |
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| Unlocking Durable Allogeneic Cell Therapy | White Paper | Applied StemCell | Advances in genome engineering and immune evasion are enabling scalable, durable allogeneic cell therapies, overcoming rejection challenges and expanding potential treatments across diverse diseases. |
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