10.23.26 -- AstraZeneca's Focus On Predictive Control, Semi-Autonomous Processing

Modeling the human brain requires more than simplified systems. New approaches that incorporate diverse cell types are improving how researchers study neurovascular function with greater precision.

Shift from reactive sampling to continuous, data-driven control. Learn how in-line metabolic monitoring improves yield and batch consistency through real-time glucose and lactate insights.

Explore how efficient powder-liquid mixing and sterile filtration preserve media integrity and support reproducibility in biopharmaceutical workflows, with promising scalability for larger-volume applications.

See how electroporation can be used to efficiently engineer T cells for CAR T cell manufacturing workflows with piggyBac™ transposons while maintaining high viability and cell yield.

Solvent selection for spray-dried dispersions significantly impacts performance, scalability, and supply chains. Early, structured solvent choice is vital for successful manufacturing.

Selecting an MES platform has lasting consequences for compliance and operational insight. Delve into key considerations that help manufacturers choose systems built for long-term performance.

Life science teams increasingly need tools that scale, simplify workflows, and reduce operational costs. Examine how emerging instrumentation focuses on usability, performance, and manufacturability.

Protein expression failures often result from misfolding, PTMs, assembly issues, insolubility, and toxicity. Understanding their interplay can improve yields.

Discover how impinging jet mixing combined with automation and data-driven optimization offers a more systematic path to identifying process parameters for scalable, reproducible LNP manufacturing.

Find out how an integrated developability and immunosafety toolbox can help de-risk multi-specific antibody development, improve candidate selection, and accelerate complex biologics toward the clinic.

Next Generation Manufacturing (NGM) integrates advanced process design, digital innovation, and strategic facility planning to facilitate agile, efficient, and sustainable biopharmaceutical production.

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.

Gain insight into how knowledge of microbial processes and process characterization understanding can be used to design targeted BLA programs while managing risks.

Read more about a solution for streamlining workflow in novel biologics while collecting quality data, by combining single-use microbioreactors with advanced automation and analytical platforms.

Take a look at four common applications of cryopreservation and the science behind selecting the appropriate materials to build single-use solutions that enable cryogenic storage for applications.