INSIGHTS ON CELL & GENE MANUFACTURING AND LOGISTICS

• Media By Design: Gibco CHO Media And Feed Panel Evaluations

  Leverage diverse, ready-to-use media and feed formulations to quickly identify the optimal nutrient balance for your CHO cell line, accelerating bioproduction success and subsequent process optimization.

• Custom Media Development Services

  Leverage custom media development services to optimize formulations for increased titers, quality, and manufacturability. Choose between traditional or multi-omics workflows to meet your cell line's specific needs.

• Biologically Expressed vs. Synthetic GLP-1 Peptides

  Selecting the right GLP-1 peptide manufacturing route determines the specific impurity profile and regulatory strategy. Robust analytical methods are essential for ensuring efficacy and patient safety.

• Sensitive Critical Starting Materials Need A 'Just-In-Data' Approach

  Here's a blueprint for transforming the fragmented, high-risk interface between vector and cell therapy platforms into a unified, predictable, and compliant system.

• Exploring The Benefits Of Electroporation In NK Cell Transfection

  Electroporation creates temporary holes in cell membranes for genetic material to slip through. The technique offers some key advantages to viral transduction.

• Accelerate Your pDNA And mRNA Process Development

  Explore a structured approach to optimizing and scaling plasmid DNA production using E. coli, with insights into key growth parameters, benchtop feasibility, and pilot-scale performance.

• On The Potency Assurance Journey, Travelers Need A Road Map

  When regulatory expectations change by the phase, the route can be difficult and confusing to navigate for both new and experienced potency investigators.

• Why Manufacturing And Quality Are Critical To Meeting FDA Expectations

  CMC failures are a top reason for BLA rejections in cell and gene therapy. Learn proactive strategies to spot subtle quality gaps and ensure your manufacturing aligns with strict FDA expectations.

• Green Chemistry: Inherently Safer Chemistry For Accident Prevention

  Chemical manufacturing must prioritize inherently safer substances to prevent accidents. Adopting greener alternatives improves worker health, lowers costs, and leads to safer products.

• Green Chemistry: Real-Time Analysis For Pollution Prevention

  Gaining real-time visibility into chemical processes helps stop hazardous substance formation. Process monitoring reduces waste, cuts down on reagent use, and optimizes reaction time.