We have adaptive design, but what else can be considered in diverse approaches to treat cancer? What have we learned about what else might be considered to augment real world evidence and other data sets, that could be valuable to understand the safety and effectiveness of new car t therapies?
Break down barriers to clinical trial enrollment from risk-benefit assessment for patients and clinicians, informed consent, to cultural and logistical challenges. Develop patient engagement and retention strategies to ensure the successful completion of your clinical trial on time and on budget. What are the most impactful considerations to be made to reduce patient burden and ensure an enhanced clinical trial experienced patients?
How can innovations achieve the cost reductions, accelerated results, reduced risk, and increased safety that they need to make car t cell therapies practical
Adopt strategies for transitioning from a good lab process to a good clinical process to overcome significant challenges. How can challenges in scale-up and scale-out be overcome to implement fundamentally solid, repeatable, foundational process development from preclinical, to clinical, and beyond? Explore novel technologies and innovations to secure the necessary level of quality, control and certainty to inject GMP throughout the phases of drug development for Car-T therapies
Since two CAR-T products entered into market in 2017, and three gene therapy products marketed from 2017, gene and cell therapy has made great breakthroughs in recent years. The attention to manufacturing of viral vectors is particularly focused on overcoming challenges in developing stable and scalable manufacturing process. Listen to a presentation around robust viral vector manufacturing processes using both adherent culture and suspension culture processes.