Wednesday March 11 - PT (Pacific Time, GMT-08:00)
- Elizabeth H. Scheideman PhD. - Staff Scientist, Vaccine Production Program, VRC, NIAID,, NIH
- Thomas Jostock, Ph.D. - Associate Director, Novartis
- Hiren Panchal - Principal Investigator, Incyte
- Manos Tzortzakakis - Scientist, Cell Culture and Fermentation Sciences, AstraZeneca
- Dawn Ericksen-Stapleton - Principal Scientist, Pfizer
- Yoichi Kumada, Ph.D. - Professor, Kyoto Institute of Technology
- Engineering strategies for allogeneic CAR-T cell therapies for improved safety and efficacy
- Increasing scale of allogeneic cell therapies without compromising quality
- Improving access to CAR-T therapy with off-the-shelf products
- Justin Scoble, Ph.D. - Vice President of Technical Operations, Caribou Biosciences, Inc.
- CAR T requires enhancement for improving efficiency
- T cell Engager as an enhancing feature of CAR T cells
- Rapid manufacturing of RNA based CAR T
- Magdi Elsallab, Ph.D., MD - Director of Process Development, Massachusetts General Hospital
- Shu Wang, Ph.D. - Principal Investigator, Incyte
- Whitney Liu - Principal Scientist, Bristol Myers Squibb
- Aleah Li - Senior Scientist, Pfizer
- Megan Menzel - Process Development Engineer I, Regeneron
- Discuss the challenges of external tech transfers when outsourcing CDMOs for clinical manufacturing.
- How to condense timelines and reduce costs through in-house utilization of AD/PD teams to perform parallel development with external partners.
- Strategies to identify and mitigate risks for allogeneic therapies.
- Isaura (Alex) Villalba - Senior Research Associate, Tr1X Bio
- A Representative from Biophorum, BioPhorum
- Stefano Menegatti, Ph.D. - Professor, Chemical and Biomolecular Engineering, NC State University, North Carolina State University
- This talk will discuss critical attributes of AAV process development to bridge the gap for BLA and long-term commercial success.
- We will highlight key development differences among AAV vector manufacturing platforms, highlighting focus on development strategies for productivity, purity and safety.
- This presentation will offer actionable insights for BLA readiness in advancing AAV gene therapy products.
- Mukesh Mayani - Senior Director, Ultragenyx
- Anthony Chikere, Ph.D. - Director, Process Development, Sangamo
- Saurabh Sen - Head of Cell Line Production, Cell Line Development Mammalian Platform (Biologics), Sanofi
- A Representative From Amgen - ., Amgen
- A Representative from A*STAR - Process Development, A*STAR
- Venkata Tayi, Ph.D. - Senior Principal Scientist, Director, Merck
- Paul Hanson - Head of Lifecycle Management, Innovation, and Strategy, Interim Head of, Business Excellence, Global Manufacturing Sciences, Takeda Pharmaceuticals
- Jim Fries - CEO, RX-360
- Srivatsan Ramesh, Ph.D. - Scientist, BridgeBio Gene Therapy
- Mukunda Krishna - Associate Director, External Manufacturing, Tech Ops and Supply Chain, Arcturus Therapeutics
|
- Arathi Krishnakumar, Ph.D. - Scientific Associate Director, Bristol Myers Squibb
- Jing Wang, Ph.D. - Senior Scientist, Regeneron
Best practices for maintaining genetic stability and ensuring consistent quality. Panelists will discuss digital monitoring and AI-enabled risk prediction across development to commercial stages.
- Raquel Orozco - Director, Abcuro
- Zvi Kelman, Ph.D. - Director, Biomolecular Labeling Laboratory, NIST
- Katherine Resch - Process Characterization & Technology Scientist, Regeneron
- Ken Hamilton - Director of Process Engineering, Genentech
- Robert Mayer, Ph.D. - Lab Lead, MS&T, Novartis Pharmaceutical Manufacturing GmbH
A visionary panel on trends shaping the future: decentralized production, autonomous operations, evolving supply chains, and end-to-end continuous processes. Panelists will explore how digital and AI-enabled systems will define the next decade.
- Vilas Shukla, Ph.D. - Director, Large Molecule Global Engineering Projects, Johnson & Johnson Innovative Medicine
- Ashley Kongs - Environmental Sustainability Director – Supply Biologics, AstraZeneca
- Intensification strategies can transform biologics manufacturing, delivering both sustainability and cost-of-goods (CoGs) benefits.
- Case studies across antibodies and and RNA demonstrate how intensification can be applied to different product types.
- Intensification is not only about technical gains – it underpins more resilient, commercially viable, and environmentally responsible bioprocessing.
- Philip Probert, Ph.D. - Director of Biologics and RNA CoE, CPI
A forward-looking discussion on how continuous processing, single-use technologies, and AI/ML-enabled purification will transform downstream operations by 2030. Leaders will examine the convergence of sustainability, automation, and supply chain resilience as drivers of the next generation of biomanufacturing.
- Philip Probert, Ph.D. - Director of Biologics and RNA CoE, CPI
Presentations on innovative formulations, cryopreservation, and vector stabilization. Talks will highlight predictive modeling and data analytics for stability and manufacturability.
- James Warren - Senior Vice President, Ultragenyx
Panelists will discuss scaling CGT processes for launch, including validation, comparability, COGS, and supply chain readiness. Focus on digital readiness for regulatory filings and scale-up.
