The cost-saving impact of Recombinant Insulin

Insulin infographics The cost-saving impact of Recombinant Insulin Solutions Realizing economic returns through improved productivity Explore the infographic below to see how the improved process performance achieved with Recombinant Insulin in cell culture, can translate into impressive cost savings for mAb production at both small and large production scales. Download the infographic in PDF format […]
Boost production of mAbs in CHO cells using Recombinant Insulin

Explore the infographic below to discover how Recombinant Insulin can result in up to a 1.7-fold increase in mAb production in CHO-S and CHO-K1 cells. Download the infographic in PDF format using the link at the bottom.
Boost cell-based vaccine production with Recombinant Insulin

Boost cell-based vaccine production with Recombinant Insulin. It not only increases viable cell density but also boosts virus and VLP production significantly.
Improve your upstream manufacturing with Recombinant Insulin and TrypsiNNex®

Discover how Recombinant Insulin and TrypsiNNex® can improve your biomanufacturing process. Address contamination risks, ensure consistent quality, and enhance efficiency with animal-free solutions.
Recombinant Insulin HEK293 poster

Monoclonal antibodies | Viral vectors for gene therapy | Cell-based vaccinees | Pluripotent stem cells
Recombinant Insulin CHO-S poster

Monoclonal antibodies | Viral vectors for gene therapy | Cell-based vaccinees | Pluripotent stem cells
Recombinant Insulin HEK293 poster

Monoclonal antibodies | Viral vectors for gene therapy | Cell-based vaccinees | Pluripotent stem cells
Recombinant Insulin Sf9 poster

Monoclonal antibodies | Viral vectors for gene therapy | Cell-based vaccinees | Pluripotent stem cells
From lab to patient-infographic

Monoclonal antibodies | Viral vectors for gene therapy | Cell-based vaccinees | Pluripotent stem cells
Address the top 5 challenges in Biomanufacturing

Monoclonal antibodies | Viral vectors for gene therapy | Cell-based vaccinees | Pluripotent stem cells