Explore the Agenda

8:00 am Check-In, Coffee & Light Breakfast

8:55 am Chair’s Opening Remarks

Senior Principal Scientist & Group Leader, Pfizer

Implementing Scalable DNA Manufacturing & Supply Strategies to Ensure Reliable & Accelerated Therapeutic Development

9:00 am Ensuring Supply Chain Robustness Through Risk Assessment & Multi- Sourcing Strategies

Associate Director - Raw Materials Planning, Beam Therapeutics
  • Managing enzyme stability, shelf-life mismatches, and plasmid production variability to ensure consistent quality and scalability
  • Navigating raw material constraints with limited GMP-grade enzyme suppliers and critical sourcing strategies
  • Applying risk assessment tools such as FMEA and ICH-aligned frameworks to identify vulnerabilities, qualify suppliers, and establish multi-sourcing strategies for critical raw materials and GMP-grade enzymes

9:30 am Bridging Small & Medium-Scale DNA Production: Practical Strategies for Scalable Manufacturing

Senior Director, Process Development & Clinical Manufacturing, IMUNON
  • Plasmid manufacturing scale-up case study: strategy and lessons learned
  • Value of in-process testing within development plan to build a more robust, scalable process
  • Practical considerations to enable rapid development within budget

10:00 am Roundtable Discussion: Process Economics in DNA Manufacturing: Clinical vs. Commercial Perspectives

  • Distinguishing pre-clinical and clinical-stage manufacturing (“quick and dirty”) vs commercial production (cost-efficient, scalable, validated)
  • Cost of goods analysis: when is cost reduction critical, and when can it be deprioritized?
  • Impact of company size: regulatory trust in large pharma vs. hurdles faced by small biotechs
  • Economic implications of synthetic DNA adoption for individualized vs. largepopulation therapies

10:45 am Morning Break & Refreshments

Applying Advanced DNA Analytics & Innovative Assays to Characterize DNA & Ensure Quality for Optimized Therapeutic Devel-opment

11:15 am Roundtable Discussion: Sequencing Secrets: Evaluating Advanced Sequencing & Error Analysis to Assess DNA Fidelity

mRNA Scientist - High- Throughput DNA & Plasmid Production, Sanofi
  • Balancing between long-read sequencing’s insights into complex genomic regions and short-read sequencing’s high-throughput coverage to ensure holistic plasmid analysis
  • Limitations of current accuracy measurement traditional methods
  • Comparing Sanger and next-generation sequencing for identity verification, addressing gray areas in platform choice (Illumina, Nanopore, PacBio) and regulatory implications
  • Uncovering the need for industry standards and regulatory guidance to define acceptable accuracy

12:30 pm Lunch & Networking

12:30 pm Lunch & Networking

12:00 pm Leveraging Advanced QbD Analytics to Define CQAs & Improve Plasmid DNA Process Robustness

Head - Local Drug Substance & Process Development mRNA & pDNA, Sanofi
  • Define and control critical quality attributes (CQAs) for plasmid DNA, ensuring consistency, potency, and purity throughout development and scale-up
  • Strengthen in-process controls and release testing frameworks to better link analytical outcomes with product performance and regulatory expectations
  • Leverage advanced analytical tools for in-depth characterization, enabling greater process understanding, comparability, and data-driven decision-making

Aligning Regulatory Expectations with Process Development & CMC Requirements to Enable Rapid Vaccine & Therapy Develop-ment

1:30 pm Building GMP-Ready DNA Manufacturing Infrastructure: Ensuring Quality, Consistency, &Scalability from R&D to Commercial Production

Research Fellow - Vaccine Bioprocessing, University College London - UCL
  • Evolving facilities and quality systems as DNA transitions from a starting material to a GMP drug substance
  • Developing technical depth and alignment across global, cross-functional teams to ensure consistent process performance
  • Strengthening collaboration and knowledge exchange with CDMOs and suppliers to enable effective scale-up and seamless tech transfer from R&D to GMP

2:00 pm Roundtable Discussion: Residual DNA Guidelines Across Modalities: Unpack Challenges, Risk Assessments, & Regulatory Interactions

Scientist - Nucleic Acids Vaccines, GSK
  • Interpreting current regulatory thresholds (≤10 ng per dose, ≤200 bp fragment size) across gene therapy, vaccines, and monoclonal antibodies
  • Practical strategies each field is using to reduce impurities and meet these requirements
  • Risk assessment and regulatory dialogue: how companies are engaging with health authorities when thresholds cannot be fully met

2:45 pm Afternoon Break & Refreshments

Exploring Future Modalities & New Regulatory Territory While Advancing Innovation & Navigating Emerging Challenges

3:45 pm Using the USDA Prescription License Pathway as a Model to Quickly Administer Vaccines

Project, Sid Leader, Ceva Animal Health
  • Discussing the need for a regulatory pathway built for speed and flexibility
  • Highlighting approaches to accelerate plasmid cloning and amplification through streamlined workflows and scalable processes
  • Unpacking strategies to quickly turn around QC testing timelines while maintaining quality and regulatory compliance

4:15 pm Roundtable Discussion: DNA at Speed: Compressing Development Cycles for Individualized Vaccine Development to Beat Critical Timelines

  • Accelerating biopsy-to-product timelines to meet urgent patient needs
  • Ensuring DNA integrity, purity, and rapid synthesis for personalized treatments
  • Leveraging AI, automation, and synthetic DNA to shorten development cycles

5:00 pm Chair’s Closing Remarks & End of Conference

Senior Principal Scientist & Group Leader, Pfizer