CELL & GENE ARTICLES, APP NOTES, CASE STUDIES, & WHITE PAPERS

• Tailoring Viral Clearance Study Design

  Viral‑clearance studies need phase‑appropriate design, strong virus stocks, modality‑specific risk assessment, and alignment with evolving regulations for reliable safety outcomes.

• Seamless Process Transfer Using An In Silico Bioreactor Scaling Tool

  Transferring cell cultures between scales is challenging and error-prone. Discover a bioreactor scaling software that predicts optimal settings to enable efficient scale-up and progression to clinical studies.

• A Study To Assess Organoid Size And Cell Count From 3D Image Analysis

  Recent advancements in 3D patient-derived organoids (PDOs) offer improved predictive power over traditional 2D assays. Explore a patented bioprocess for PDO expansion that could revolutionize drug discovery, especially in oncology.

• Smart Scaling For Cell And Gene Therapies

  To meet patient demand, advanced therapy manufacturing processes must be commercial ready. CGT sponsors can mitigate risk and protect viability by partnering with a CDMO that prioritizes scalability.

• From Variability To Validation – GMP Bioassay Success Through Partnership

  Turn your inconsistent bioassays into GMP-validated, high-reliability platforms — just like we helped a biopharma partner cut failure rates from ~25% to <1%.

• Cell-Free Modeling Approach For Efficient Cell Culture Monitoring

  Learn about a novel cell-free modeling method for the efficient monitoring of cell cultures that has significant advantages over traditional approaches.

• Expansion Of Human Bone Marrow-Derived MSCs

  Achieving over 870 million viable, quality mesenchymal stem/stromal cells is possible. This efficient cell culture method scales bone marrow-derived MSCs for clinical needs.

• Smart Scale-Up: Expanding Viral Vectors With Microcarrier Bead Technology

  Scale up your manufacturing of adherent cell cultures used for viral vector-based treatments with the novel technologies needed to facilitate safe, rapid production.

• Life Cycle Assessment Of Extended Use Strategies For Single-Use Assemblies

  Examine how extending the use of single‑use assemblies can significantly reduce emissions, resource consumption, and waste in bioprocessing, offering a data‑backed path toward sustainability.

• Implementing Raman Spectroscopy For Automated Monitoring Of A Cell Culture Bioprocess

  Discover how Raman spectroscopy and parallel bioprocessing enable real-time cell culture monitoring, saving time and providing crucial data for process optimization in biopharmaceutical production.