08.19.26 -- Redefining Autoimmune Treatment Via Antigen-Specific Immune Tolerance

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

Modeling the human brain requires more than simplified systems. Discover new approaches that incorporate diverse cell types to analyze neurovascular function with unprecedented precision.

Patient-derived organoids are revolutionizing drug discovery by mimicking tumors and predicting therapeutic efficacy. Explore a scalable, cost-effective bioprocess paving the way for broader adoption.

What separates fibroblasts from MSCs when both express identical markers and differentiate into bone, fat, and cartilage? Molecular profiling reveals they exist on a functional spectrum of plasticity.

See how a unified NGS workflow is helping a major pediatric genetics lab boost efficiency, manage growing sample volumes, and accelerate insights into rare diseases through streamlined automation.

Learn about a method that utilizes monoclonal antibodies and flow cytometry to analyze the metabolic state of individual immune cells, advancing immune research and immunotherapy.

Off-the-shelf cellular therapies present a compelling alternative to autologous treatments. Review current developments in engineering scalable CAR T-cell options for leukemia care.

Replacing empirical testing with mechanistic and predictive modeling during early genetic design breaks through productivity ceilings and drastically shortens development timelines.