Accelerating Immune Cell Therapy Development: Manufacturing platforms, reliable cell engineering tools, and valuable lessons for success

Seminar

Join us for a lunch-and-learn, sponsored by OmniaBio and MaxCyte

Wednesday, December 4, 2024

11:00 am–2:00 pm ET

MassBio Hub
700 Technology Square
Cambridge, MA 02139

Join us on Wednesday, December 4th, from 11:00 am - 2:00 pm (ET) for lunch and a technical seminar on immune cell therapy development and manufacturing from OmniaBio and MaxCyte, Inc.

Don't miss this opportunity to learn and engage with experts from different companies providing complementary perspectives on the future roadmap of cell therapy! By attending, you will gain valuable insights on two critical elements that can help you accelerate clinical translation of your product: selecting the right manufacturing strategy with the end in mind and utilizing reliable cell engineering technologies.

Topics covered include:

  • Key considerations for manufacturing platform selection and aligning platform design with the product’s end goals
  • Role of different gene delivery systems (viral vs. non-viral) in therapeutic success and comparative advantages and challenges of the approaches
  • Real-world case studies highlighting successes and lessons learned from evaluating electroporation technology
  • Advances in electroporation technology and importance of selecting a reliable technology

Space is limited so reserve your spot today!

If you have any questions related to this event, please contact Jess Keeley.

Speakers

Neil-Blackburn-400x370-1

Neil Blackburn, PhD

Cell Immunotherapy Platform Lead & Senior Director, Process Sciences and Analytical Development, OmniaBio

Neil Blackburn earned his PhD from the University of Guelph, where he focused on protein biochemistry and immunology. His post-doctoral training at Eli Lilly and Company focused on dendritic cell tolerization and the interaction of immune cells with novel TLR ligands.

Neil next led the development and commercialization of immunochemical-based clinical assays and companion medical devices (Siemens Healthineers) before spending 14 years at Sanofi, in their vaccines division. Holding roles of increasing responsibility at Sanofi, Neil was ultimately accountable to lead transversal CMC teams tasked with ensuring successful transfer of candidates from early development into late-stage pilot and final launch commercial facilities.

Neil has experience in developing tech transfer and PPQ strategies that take full advantage of the QbD design space established in earlier phases of CMC development. Prior to joining OmniaBio, his most recent role was in the small-biotech CGT space, focused on the development of two complementary assets targeting solid tumors (TILs and oncolytic viruses). Neil has comprehensive experience designing phase-appropriate CMC strategies that meet global regulatory requirements. 

SMoorthy picture

Sakthi Moorthy, PhD

Lead Scientist II at CCRM
Sakthi Moorthy holds a PhD in functional genomics from Anna University, Chennai, India. Following her PhD, Sakthi completed a postdoctoral fellowship at the University of Toronto, focusing on gene regulation in stem cells and applying CRISPR technology to generate genome-engineered cell lines. Sakthi joined CCRM in January 2021 as a Lead Scientist where she has played a key role in creating “off-the-shelf” allogeneic cell lines for the advancement of cellular therapeutics. She also spearheads initiatives to establish GMP-compliant gene editing processes that enable the efficient generation of genome-engineered cell lines for therapeutic use.
 
Jess Keeley

Jess Keeley

Strategic Business Manager at MaxCyte

Jess holds a degree in biology from the University of Pittsburgh and has built a robust career in biotechnology. With roles at companies such as Thermo Fisher, Biotage, and MaxCyte, he has extensively supported both industry and academic research labs in their cell therapy, gene therapy and drug discovery workflows. Currently, Jess serves as the Strategic Business Manager for overseeing the Northeast US and Eastern Canada regions at MaxCyte.

Register to attend in person