Selecting the right tools to build your pluripotent stem cell based disease models

Human induced pluripotent stem cells (hiPSCs) have been globally recognized as a multipurpose research tool for modeling human disease and biology, screening and developing potential therapeutic drugs, and implementing cell and gene therapies. The ability to differentiate human iPSCs into any cell type supports the study of biology and disease in these specified cells in vitro.
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OTHER ON-DEMAND WEBINARS

The Journey from Laboratory to Pilot Scale for DS Manufacturing

The presentation outlines a case study in establishing the operational space of a Grignard reaction in a series of continuous stirred tank reactors (CSTRs).
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The Transcendence of HT-SPR Technology Across Discovery Platforms and its Impact on Time-to-Clinic

In biotherapeutic discovery, traditional hybridoma and phage approaches now both contend with and are complemented by NGS and synthetic strategies to meet candidate timelines measured in weeks rather than years.
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Addressing analytical control challenges for different plasmid DNA products

Plasmid DNA products are one of the most common non-viral vectors, frequently used in both in vivo and ex vivo gene therapies. As a result, they can be utilised as drug substance (DS)/drug product (DP), intermediate or starting material.
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De-Risky Business: Assessing Biotherapeutic Off-Target and On-Target Liabilities

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De-Risky Business: Assessing Biotherapeutic Off-Target and On-Target Liabilities Toxicity failures caused by off-target or unintended on-target liabilities are a leading cause of attrition in clinical and preclinical programs. Given the effort, cost, and technical limitations of traditional biopharmaceutical de-risking strategies, there is a need for a robust and scalable approach that can be rapidly applied to the discovery phases of therapeutic programs. Join us for this exciting new GEN Webinar, where our panel of experts will discuss new approaches to de-risking lead selection of antibodies and other biotherapeutics.
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