Explore different approaches of preclinical and clinical development such as proof-of-concept studies and extensive clinical research along with the latest developments in safety and efficacy, designing and implementing early-phase clinical trials and strategies for patient selection and recruitment. Learn about the pivotal role these processes play in ensuring that cell and gene therapies can be made available to patients as safe and effective treatment options.

Gain the current insights on cell and gene therapy manufacturing, strategies to streamline the manufacturing processes for improved efficiency and reduced cost along with techniques in cell expansion, cell culture and vector production. Find out how these practices accelerate the translation of scientific advancements into robust and reliable manufacturing processes for cell and gene therapies.

Review our collection of case studies highlighting significant achievements in the field of cell and gene therapy from across Europe, such as the development and commercialization of Strimvelis, and the clinical outcomes of Kymriah. These case studies will provide valuable insights for researchers, clinicians, and industry professionals engaged in the development and application of these transformative therapies.

Delve into our interactive and informative roundtable discussions which will feature topics from the Lessons from Cell and Gene Therapy Clinical Trials, Technology and Innovation in Cell and Gene Therapy, Overcoming Challenges in Commercialization along with Collaboration and Partnerships, Addressing Safety and Efficacy Concerns and The Future of Cell and Gene Therapy to name a few. Facilitated by industry experts, our discussions will provide an opportunity for delegates and speakers to network and connect while gaining the latest and more relevant insights into the cell and gene therapy industry.

Identify the advancements in gene editing tools, such as CRISPR/Cas9, that have significantly enhanced the precision and effectiveness of treatments by allowing for precise gene corrections, insertions, or deletions, offering unprecedented opportunities to address genetic diseases at their root cause and the advancements in vector design that have improved the delivery of therapeutic genes to target cells.

Learn about the novel therapies that aim to overcome existing limitations and expand the scope of treatment options for various diseases. Cutting-edge technologies, RNA-based therapeutics and advanced cell engineering are a few of the key innovations included, that are paving the way for more precise and targeted interventions. Find out how these next-generation treatments are poised to provide personalized, durable, and curative solutions for patients, offering hope for improved clinical outcomes and transforming the landscape of healthcare.