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8月20日火曜日 10:45 - 11:30 AM

CELL LINE ENGINEERING & CELL CULTURE OPTIMIZATION

TABLE 1:  Advances in Cell Line Engineering

Moderator: Susan Sharfstein, PhD, Professor, Nanobioscience, Nanoscale Science and Engineering, University of Albany

  • Multi-omics approach
  • Precision gene editing with CRISPR
  • Targeted integration and NGS
  • Cell-free systems for production
  • AIML in cell line engineering

TABLE 2:  Cell Culture Processes: Better Through AI Technology?

Moderator: Angela Botros, Process Modelling Scientist and Machine Learning Expert, DataHow

  • Is there a potential for Upstream cell culture development to advance on the statistical methods and find new solutions?
  • Status Quo in Cell Culture
  • From CQAs to Process Dynamics
  • Mechanistic Modelling vs Data-driven (Machine Learning) Modelling
  • Potential of AI-driven Technology for Cell Culture Development
  • Accelerating Insights by Simplifying Tasks

INTENSIFIED & CONTINUOUS PROCESSING

TABLE 3: What Are the Remaining Technical Barriers Limiting the Widespread Adoption of More Sustainable Manufacturing?
Moderator: Philip Probert, PhD, Technology Lead, CPI, United Kingdom

  • Despite interest and demonstration of intensified and continuous platforms for biologics manufacturing, uptake remains low. 
  • What are the perceived risks in moving away from conventional batch-based processing for new products?
  • Will there ever be a sufficiently strong driver for moving approved drugs to more sustainable manufacturing approaches?
  • What further advice could regulators give to guide process developers and manufacturers to de-risk more complex production approaches?
  • Are we confident that product quality is sufficiently maintained in more complex production processes, and do we have right methods to show this?

TABLE 4: Process Intensification Strategies: What To Do When and Where in Your Product Lifecycle
Moderator: Stefan R. Schmidt, PhD, MBA, CEO, evitria AG

  • Early development: Increase speed and reduce material consumption
  • Late stage development: Maximize robustness
  • Commercial: Adapt to facility and reduce COGS

GENE THERAPY CMC AND ANALYTICS

TABLE 5: Formulation Strategies for Gene Therapies
Moderator: Kruti Soni, PhD, Scientist, Technical Development, Biogen

  • Formulation
  • Stability for Gene Therapies
  • Forced Degradation
  • Device Selection

TABLE 13: Gene Therapy Analytics
Moderator: Aishwarya Bapat, PhD, Scientist, Process Development, Moderna

  • New modalities and latest technologies 
  • Utilizing HTP analytics 
  • Advances in process analytics 
  • Multi-attribute methods

CELL THERAPY CMC AND ANALYTICS

TABLE 6: Potency Assays for Cell and Gene Therapies
Moderator: Diana Colleluori, PhD, MBA, Senior CMC Consultant, CMC Analytical, Biologics Consulting Group

  • Regulatory Expectations and Updates
  • Assay Development Across Product Lifecycle  
  • Standardization and Validation
  • Common Challenges

TABLE 7: Developing Successful Cell Therapies
Moderator: Scott R. Burger, Principal, Advanced Cell & Gene Therapy LLC

  • Latest FDA Guidance
  • Translating Science into Products
  • Target Product Profiles
  • Maintaining Quality Across Lifecycle

mRNA Development, Analytics and Manufacturing

TABLE 8: mRNA Production Platform: Global Engineering Challenges and Opportunities
Moderator: Amit Kumar, PhD, Global Engineering- Site Lead Biomanufacturing Facility Design and Capital Project, Moderna

  • Facility Design Essentials: Key considerations for designing flexible, modular facilities.   
  • Global Process Standardization: Strategies for maintaining consistency and quality across multiple sites.
  • Automation and Digitalization: Implementing Industry 4.0 solutions for streamlined production.
  • Regulatory Compliance: Navigating global regulatory landscapes and ensuring GMP compliance.
  • Technology Transfer: Best practices for seamless scale-up and technology transfer.

TABLE 9: Leveraging Thought Leadership & AI on Social Media for Scientific Advancement
Moderator: Nandini Kashyap, M.Pharm., Senior Director, Conferences and Social Media Strategy, Cambridge Innovation Institute

  • Harnessing AI Tools for Literature Research, Content Planning, Creation and Distribution
  • Leverage Publications, Speaking Opportunities, and Social Media to Increase Influence and Search Rankings
  • Forming Meaningful Connections and Building and Nurturing Scientific Communities both Online and In-Person
  • Overcoming Challenges and Barriers to Adoption

Accelerating Analytical Development

TABLE 10: Digitizing Historical Bioprocess Data: Challenges and Solutions
Moderator: Christina Vessely, PhD, Senior Consultant, CMC Analytics & Formulation Development, Biologics Consulting Group, Inc.

  • What methods are people using to convert written/non-electronic historical data into electronic data or formats that can be easily searched via electronic means?
  • What controls are in place to assure data integrity in the conversion of historical data to electronic formats
  • What is the scope of data transformation? Early development through commercial, or just PPQ and beyond, or??? Release and stability data only or in-process data?
  • Are you handling non-GMP data that is reported in filings in the same manner that you are handling GMP release/stability data?
  • What is the biggest hurdle to assimilating historical data?

TABLE 11: Turn Workflow Challenges into Data Science Projects
Moderator: Varsha Daswani, PhD, PMP, Senior Director, Data Strategy, Lumilytics

  • How would you summarize your workflow?
  • What are the major bottlenecks?
  • How could automation, data science, or AI eliminate these bottlenecks?
  • How to turn these ideas into a data science project

RAPID METHODS TO ASSESS STABILITIES AND IMPURITIES IN BIOLOGICS

TABLE 12: Can We Use a Mass Spec-Only Strategy for HCP Characterization?
Thomas Kofoed, PhD, Co-Founder & CEO, Alphalyse, Denmark

  • In which situations will it be relevant to use an MS-only strategy?
  • What will it require to use an MS-only strategy?
  • What are the potential hurdles of using an MS-only strategy?

8月22日木曜日 9:30 - 10:30 AM

DIGITAL TRANSFORMATION & AI IN BIOPROCESS

TABLE 1: Post Model Establishment: Meaningfully Implementing Models in Process Development
Moderator: Terrence Dobrowsky, PhD, Head, Technology Development and Implementation, Takeda

  • What do you consider when deciding on entry points for modeling in process development?
  • How do you enable engagement and use of models in development workflows?
  • What does ‘in silico first’ mean to different stakeholders? 
  • What are the biggest hurdles when incorporating models directly into process control?

TABLE 2: Digital Bioprocessing and Industry 4.0: How Far along Are We?
Moderator: Mark Duerkop, CEO, Novasign GmbH

  • Critical evaluation of the current industrial evolution?
  • AI vs. mechanistic modeling: what to choose?
  • Workflow vs. data: where to invest?
  • Outlook-how AI will change the way of bioprocessing in the future?

TABLE 3: In-house vs Off-the-Shelf Solutions for a Digital R&D Ecosystem
Moderator: Victor Sanchez Tarre, PhD, Dir Data Science, Mfg Science & Technology, MeiraGTX

  • Factors to be considered when deciding on building an in-house software solution vs. off-the-shelf offerings
  • Tools to build a successful digital ecosystem-from specific code packages to ELN and data exploration platforms of choice
  • Infrastructure supporting the functions from Data Engineering like data capture, data storage, and ETL pipelines; to Data Science like model versioning, data exploration, and advanced analytics
  • Challenges-assay nomenclature harmonization, standardization of data capture and data processing workflows, and strategies to routinely generate FAIR data

 

ADVANCES IN PURIFICATION & RECOVERY

TABLE 4: Challenges and Opportunities in Membrane-Based Separations in Bioprocessing
Moderator: Jian Ren, PhD, Principal Scientist, AbbVie

  • Membrane-based separation techniques are essential in bioprocessing to enable clarification, virus filtration, UFDF, and sterile filtration etc.
  • There is strong demand for high performance membrane-based separations for high cell density culture, high throughput viral filtration, and high concentration formulations
  • Opportunities also arise in using membrane-based techniques for novel modes of separation, such as membrane chromatography

TABLE 5: Alternative Approaches to Protein Affinity Chromatography
Moderator: Jean-Francois P. Hamel, PhD, Lecturer, Chemical Engineering, Massachusetts Institute of Technology

  • Recent advances in non-affinity and mixed-mode chromatography
  • The format of these chromatography systems (e.g., packed-bed versus monolith)
  • Their applications in the analytical and process environments, such as for ionic and hydrophilic drugs, antibodies and proteins, alkaloids, oligonucleotides, and peptides. 

 

CELL THERAPY MANUFACTURING

TABLE 6: Process Development for TILs
Moderator: Kathryn L Aron, PhD, Director, Process Development, Obsidian Therapeutics, Inc.

  • Optimization of TIL Isolation and Expansion Techniques
  • Manufacturing for Commercial Use
  • Improving TIL Efficacy through Genetic Engineering

TABLE 7: Promises and Challenges of Bioprocessing for PSC-Derived NK Cell Therapies
Moderator: Allen Qiang Feng, PhD, Founder and CSO, HebeCell Corp.

  • Advancements in PSC Differentiation Protocols 
  • Overcoming Scale-Up Challenges
  • Regulatory and Safety Considerations

FORMULATION AND DELIVERY OF HIGH-CONCENTRATION PROTEINS AND NEW MODALITIES

TABLE 8: Process Development and Manufacturing Considerations for Novel Modalities
Bharathi Vellalore, PhD, Senior Scientist, Therapeutics Development and Supply, Janssen Pharmaceuticals

  • Scale-out vs scale-up for allogeneic and autologous cell therapies
  • Manufacturing considerations for lentivirus 

NEXT GENERATION ANALYTICAL METHODS

TABLE 9: Advancing Multi-Specific Molecules: Innovations and Challenges in Analytical Characterization
Moderator: Hirsh Nanda, PhD, Director, Analytical Sciences, Janssen

  • Discuss the various platforms used in designing multi-specific proteins
  • Identify common challenges faced in the engineering and development of these molecules
  • Current analytical methods 
  • Emerging technologies 
  • Stage-appropriate methods 

 

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