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Plasmids, essential in biologics manufacturing, pose challenges in their development and scale-up due to difficulties integrating and optimizing them with the appropriate cell lines during process development.

Recent research in the fast-growing market of monoclonal antibodies (mAbs) identifies excipients that reduce viscosity of high-concentration formulation and improve stability across a wide concentration range.

Rapid development of high-quality cell lines is vital to biomanufacturing projects. How developers approach the fundamental steps can define their core biologics capabilities and keep projects on track.

Learn how the innovative Beacon platform enables rapid selection, analysis, and characterization of T cells, ensuring efficient and precise development of cutting-edge therapies.

In this e-book we explore what ATMPs are and what they can achieve, the challenges in manufacturing ATMPs, ATMP Fluid Management, and receive expertise advice and answers to common questions.

Explore the advancements being made in HIV vaccine development using MaxCyte STX electroporation technology. Explore the engineering of a CHO cell line to express the HIV envelope glycoprotein rgp120.

Learn about the process of transfection and why it is crucial for studying gene function and has applications in various fields, including drug development and gene therapy.

Learn about a bioreactor-based Human Induced Pluripotent Stem Cell expansion workflow with the potential to improve cell therapy applications.

This technology transfer study, conducted with cloud-connected bioreactors designed to accommodate CHO cells, compares results obtained from various shake flask cultures.

As Raman spectroscopy, with partial least squares (PLS) models, becomes more popular in bioprocesses applications it's important to recognize the challenges this approach presents.