- Introduces the various levels of intensification by discussing key technologies and systems within the industry.
- Shows the effect of different intensification levels on process productivity using a model of a monoclonal antibody-based DSP platform.

- Using Genomics/Genetics to Influence Clinical Applications
- Single-Cell Methods for Cancer Discovery
- Using Image Analysis in Cancer Research and Treatment
- Cancer Systems Biology
- Artificial Intelligence in Cancer Research and Treatment
- Informed Consent in Cancer Research
- Data Management and Automation using LIMS for Cancer Research Labs

- Produce stable, ready-to-use clones in 9 weeks through automation, high-throughput isolation, and single-cell cloning technology
- Achieve predictable protein titers: up to 10 g/L
- The assurance of product quality through protein characterization
- Compliance with GMP standards through our cell banking service
- Ensure biosafety through validated GMP release testing, sterility testing for mycoplasma and viruses, and genetic characterization

- Learn how to identify key development and manufacturing challenges.
- Gain insight into commercial scalability strategies for late-stage cell therapies.
- Discover ways to innovate and accelerate the delivery of cell therapies to patients.
- Learn how, when, and why you should leverage state-of-the-art technologies.
- Explore the importance of end-to-end supply chain management.

- Understanding the differences between CAR T cells and CAR NK cells
- Common challenges associated with culture and characterization of these cells
- Developments in new assays and technologies for characterization of CAR T/NK-cells
- Impact of structure and distribution of CARs on activity
- Best practices for designing different in vitro and in vivo assays for various measurements
- Differences when working with autologous versus allogenic cells

- Chromatographic purification serves as the cornerstone of most downstream bioprocesses.
- As one of the most expensive unit operations in a manufacturing process, chromatography presents a key opportunity for productivity enhancements and subsequently, cost reductions.
- Achieving significant efficiency gains requires a pragmatic approach and consideration of advanced technologies in purification strategies. This can be driven by adopting consumables that minimize equipment, minimizing consumables while adding innovative equipment, or a strategy which employs both based on facility fit and objectives. This session explores process intensification for purification and introduces a new categorization hierarchy for process intensification based on connectivity, and discussion of implementation. The presentation within this session will include a case study discussing successful process intensification for chromatography which focuses on implementation that leads to improved productivity and cost reduction, while keeping product quality the same or better. Attendees will gain practical insights into the implementation of process intensification strategies, when to implement, and inherent advantages. Following the presentation, there will be a panel discussion comprised of industry veterans. The panelists will engage in conversations about the current and future state of purification by exploring novel ideas, emerging technologies, and transformative concepts for chromatographic processes. Attendees will have the opportunity to contribute by posing questions during this panel.