Specialized genetic tests

Upstream Process Development - Glo-Fusion

Scalable • Efficient • Reliable • Productive • Viable

Leveraging deep expertise in proprietary process technologies-including Glo-Fusion,Intensified Fed-Batch, and Next-Generation Perfusion-Glogene delivers scalable,high-efficiency solutions designed for advanced biologics production.

Our platforms effortlessly translate lab-scale success into commercial outcomes. For example,clones producing 6-10 g/L in fed-batch culture scale efficiently to reach 60-75 g/L with Glo-Fusion.

Core Capabilities:

Fed-Batch Process Development:

Industry-standard approach leveraging platform technologies to optimize cell growth and productivity. Ideal for monoclonal antibodies and recombinant proteins,offering a balance between performance and scalability.

Intensified Process Development:

Advanced upstream designs, such as high-density seed trains and media/feed optimization to reduce timelines,increase titers,and improve facility utilization Supports rapid scale-up and tech transfer.

Perfusion Process Development:

Continuous bioprocessing expertise for labile or complex molecules requiring steady-state conditions. Enables high productivity with consistent product quality-suited for next-gen biologics and high-demand therapies.

Advantages of Perfusion:

  • Steady-state production for consistent product quality
  • High volumetric productivity
  • Improved control of critical quality attributes (CQAs)
  • Ready for GMP implementation using ATF

Next Gen Perfusion Process Development:

A next-generation perfusion process leverages advanced bioprocessing technologies to enable high cell seeding densities and ultra-high culture densities 100 million cells/mL), resulting in significantly enhanced productivity, product quality, and manufacturing flexibility.

Advantages of Next Gen Perfusion:

  • Faster achievement of the production phase
  • Shorter culture duration
  • Higher volumetric productivity (more product per liter per day)
  • Better synchronization of the cell population
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