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

• Background-Free Analysis Of Mouse TILs

  Syngeneic mouse tumor models are crucial for immunotherapy research, but variability in TILs and nonspecific binding complicate analysis. Discover how blocking reagents help but make the process more labor-intensive.

• Streamlining AAV And LVV Manufacturing Platform Solutions

  Observe how streamlined, scalable platforms are transforming viral vector manufacturing to accelerate the delivery of cell and gene therapies to patients.

• Powering More Efficient Clinical Development With AI And ML

  Explore how AI and ML are revolutionizing clinical trials by automating data processes to accelerate research and transform data into actionable outcomes for patient care.

• Implementing Medium And High-Volume Drug Handling And Packaging Programs

  Simplify the complexity of combination product development by partnering for integrated support across device design, industrialization, manufacturing, and final product assembly.

• Assessment Of Compound Toxicity Effects With High-Content Imaging

  3D cellular models and bioprinting enhance drug safety predictions and offer precise spatial control. Explore an automated method for generating liver models to improve reproducibility and reliability in toxicity testing.

• Optimized Transient Transfection Platform: AAV Program From Gene To GMP

  Achieve faster AAV gene therapy progress by adopting a unified platform for manufacturing. Accelerate your program to GMP readiness with up to 9x higher titers and robust, high-quality full capsid yields.

• AI-Enabled Phenotypic Analysis Of Label-Free Intestinal Organoids

  Discover how advanced 3D models and AI-enabled imaging techniques revolutionize organoid research, which provides accurate phenotypic analysis to monitor growth and development in various organoid types.

• Enhancing AAV Production Performance And Economics

  Enzymatically produced dbDNA offers safer, faster, and more scalable AAV manufacturing by reducing costs, improving full capsid yields, and enabling high‑fidelity, bacteria‑free DNA production.

• Comparison Of Different Methods To Isolate HMW DNA From Bacteria

  Different extraction methods produce dramatically different DNA sizes and qualities, directly affecting long‑read sequencing results. See how performing early QC can improve sequencing success.

• Determining The Power Numbers For A Single-Use Mixing System

  In designing a mixing process for scale-up, the power number is a critical parameter. Explore the determined power numbers for a single-use mixer at various mixing speeds and fill levels.