03.18.26 -- Proteomics Tools: A Resurrection

In this case study, a comprehensive genetic analysis was performed on a transgenic Chinese hamster ovary (CHO) master cell bank to characterize the bank and provide high-confidence evidence of clonality.

Implement a unified NGS workflow to manage high sample volumes and improve laboratory efficiency. Automation streamlines data generation to provide faster clinical insights into rare diseases.

Efficiently collecting sufficient peripheral blood stem cells is paramount for successful transplantation, necessitating a deeper understanding of influencing factors and procedural nuances.

Adopt a strategy-first approach to transform complex biological data into clinical decisions. This framework enables more precise, targeted oncology therapies for the 2026 research landscape.

Discover an advanced 3D imaging for drug discovery that features high-throughput, high-quality images, modular hardware, and intuitive software for precise, rapid analysis.

See how total protein staining offers a robust approach to western blot normalization to minimize variability and improve quantification accuracy, which supports reproducible protein expression.

Traditional biomanufacturing relies too heavily on trial and error. By integrating AI and mechanistic models into early design, developers can overcome productivity limits and accelerate timelines.

Learn about a more human-relevant platform that enables researchers to assess the trafficking and killing efficiency of immunotherapy as well as the proof-of-concept of immuno-oncology co-therapy.

Explore Cas9-mediated homology-directed repair and advancements in gene editing technologies that could significantly broaden the treatment possibilities for various blood disorders.