Innovative Delivery Technology for Gene and Cell Therapy
11:00am Chair Introduction
Vincent Ling, Head of Search and Evaluation for Drug Delivery Technologies, Takeda
11:05am Presentation: Enabling the Full Potential of Gene Therapy
- The importance of integrating the drug delivery strategy and the drug development strategy in the earliest stages of development
- Opportunities and challenges at the interface between delivery technology development and drug development
- Is there an opportunity for greater pre-competitive collaboration to strengthen the ecosystem for innovative delivery of gene and cell therapy and accelerate innovation?
Pierre Boulas, Head of Medical Devices and Packaging Development, Biogen
11:20am Presentation: How Do We Produce A Healthy and Highly-Functioning Gene-Edited Immune Cell?
- Solupore is a non-viral transfection process that enables complex, multi-step editing for next-generation cell therapy products
- Primary cells edited using Solupore® retain high levels of stem-cell memory cells with minimal apoptosis
- Following editing with Solupore®, cells demonstrate enhanced functional response and cytotoxicity compared with existing transfection technologies
Justin McCue, Chief Technical Officer, Avectas
11:35am Presentation: Acceleration of Vector Manufacturing for Early-Phase Clinical Testing of CAR-T Cell Therapies
- A rapid inexpensive vector manufacturing process would enable faster early-phase clinical testing of CAR T cell therapies.
- High-speed centrifugation efficiently purifies γ-retroviral vectors encoding multicistronic expression cassettes produced by transient transfection at a scale sufficient for phase I CAR T cell studies.
- This simple downstream process combines high recovery, concentrated viral titres and good impurity clearances; and can be bridged to stable producer cell lines for subsequent larger confirmatory clinical studies
Leila Mekkaoui, Principal Scientist, Autolus
11:50am Presentation: Intelligent Programmable Vectors for New Horizons in Gene Therapy
- Role of specificity and targeting in the safety of lenti and AAV
- Improving vector titre to decrease costs
- Programmable vectors for enhanced safety and efficacy
Farzin Farzaneh, Chief Scientific Officer, ViroCell Biologics
12:05pm Closing Panel with Q&A
With all session participants