07.20.26 -- Upstream Decisions Influence Downstream Challenges

Read about a family of single-use ADC reactors that has been developed to offer a safer and more efficient ADC production method than traditional mixing systems and meet the industry's growing needs.

Maximize your lab’s efficiency without sacrificing space. Observe how triple-stack incubators help scale operations, run multiple experiments, and streamline workflows within a compact footprint.

Small-scale perfusion-mimic models can effectively predict media performance in continuous bioreactors to help optimize cell density, productivity, and scalability for CHO cell lines.

Learn how optimizing clarification workflows can reduce product loss and minimize buffer consumption by shifting primary workloads away from traditional high-capacity depth filtration systems.

See how high-throughput electroporation streamlines genetic material delivery for cell therapy and drug discovery, offering speed, precision, and scalability across hard-to-transfect cell types.

Controlled aggregation, oxygen management, and scalable workflows drive consistent iPSC expansion. Parallelized systems and precise parameter control improve reproducibility for faster optimization.

Gain valuable insight into the optimization and scalability of perfusion media and processes, driving progress in biotechnological processes for monoclonal antibody production.

Examine the ways to design and de-risk molecules, streamlining the path to GMP manufacturing and clinical trials, and case studies that provide insight into key activities.

Gene-edited T cells targeting PD-1 and TIGIT are redefining approaches to cancer therapy. Explore how cell engineering and integrated genomic workflows uncover critical insights into T cell function.

Regular preventive maintenance is essential for ensuring the longevity and optimal performance of your shaking incubator. Find out how this approach helps avoid costly downtime and protects your research.