Day One - Wednesday, November 13

8:00 am Check-In & Light Breakfast

8:50 am Chair’s Opening Remarks

  • Basak Clements Global Head of Materials Sciences Cell & Gene Therapy, Roche

Enabling Alignment & Streamlining Material Control Strategies Through Understanding Regulatory Definitions & Classifications of Raw & Starting Materials for Cell & Gene Therapies

9:00 am FDA Recognized Standards for Raw Materials in Regenerative Medicine Therapies

  • Dawn Henke Executive Director, Standards Coordinating Body

Synopsis

  • The FDA standards recognition program for regenerative medicine therapies
  • Current standards under development for raw materials
  • Resources for implementing standards for raw materials

9:30 am Defining Raw & Starting Materials for Cell & Gene Therapies to Ensure Alignment in the Field Between Regulators, Cell & Gene Drug Developers & Material Suppliers

  • Aida Rouzmehr Principal Material Science Engineer- Cell & Gene Therapies, Genentech

Synopsis

  • Problem statement and why need material classification
  • Material classifications definitions
  • Examples of applying material classification and subsequent controls for a material from each category

10:00 am Morning Break & Speed Networking

Synopsis

Our speed networking session is the ideal opportunity to get face-to-face time with your cell and gene therapy raw materials community. Introduce yourself to the attendees that you would like to have more in-depth conversations with, benchmark against industry leaders, and establish meaningful business relationships that you can pursue for the rest of the conference and beyond.

Achieving Higher Safety & Quality of Raw Materials Through Reliable Manufacturing & Testing Strategies to Ensure Production of High-Quality Cell & Gene Therapies

11:00 am Challenges with the Selection of Raw Materials for Cell & Gene Therapies

  • Ken Green Executive Director- MSAT, Vertex Pharmaceuticals

Synopsis

  • Best practices for material evaluation and selection
  • Material quality considerations for cell and gene therapies
  • Assurance of material supply continuity

11:30 am Scalable & Flexible Solutions for Rapid Raw Material Identification

  • Soleil Grise Business Development Managere, Agilent Technologies

Synopsis

  • Raw Material Identification (RMID) is critical in maintaining and improving quality, consistency and compliance of manufacturing processes. Conventional technologies often require time-consuming sampling and analysis procedures to move raw materials from receipt to production
  • Agilent hosts a broad range of robust solutions to safely and efficiently perform RMID for materials relevant to the cell and gene space
  • Agilent’s Vaya handheld Raman analyzer, which uses unique technology to ID raw materials through a variety of opaque containers without opening the container at all, enables the fastest and most cost-effective RMID process, eliminates risks associated with sampling, and preserves the integrity of raw materials

11:40 am Raw Materials Considerations for Cell Therapy Product Manufacturing

  • Tao Cong Director - Raw Material Strategy, Process & Analytical Development, BlueRock Therapeutics

Synopsis

  • Critical needs and challenges for cell therapy raw materials
  • Phase-appropriate raw material selection and risk assessment
  • Showcasing characterization strategies for critical raw materials

12:10 pm Lunch Break & Networking

Unlocking Release & Stability Testing Strategies for Master Cell Banks (MCBs) & Working Cell Banks (WCBs) to Prove Efficiency & Biological Effect of Your Raw Materials

1:30 pm Key Considerations for Establishing a Working Cell Bank (WCB) as a Biological Raw Material for Release Testing & the Implementation into the Quality Target Product Profile (QTPP)

Synopsis

  • Developmental and functional testing strategies needed to determine the proper cellular target to use based on clinical data and clinical considerations. Product characterization testing for biological AMs
  • Key regulatory considerations and USPs needed in establishing biological raw material release testing and the stability testing needed to prove efficiency and biological effect over a certain period of time
  • What is a QTPP and how should one be structured?
  • How and where the process of getting a Master Cell Bank (MCB) and WCB should begin based on the established QTPP?

2:00 pm Roundtable Discussion: An Industry-Wide Opportunity to Benchmark & Knowledge Share on Critical Quality Testing & Regulatory Considerations Associated with Establishing Master Cell Banks (MCBs) & Working Cell Banks (WCBs) to Ultimately Improve Efficiency &

Synopsis

  • What kinds of challenges (analytical, regulatory, etc.) are typically faced when looking to qualify a certain type of cell line?
  • What considerations are deemed important when establishing MCB or WCB? What was the end goal of this cell bank?
  • What kind of release testing should be performed to release the cell bank for use and why did?
  • What kind of stability programs should be implemented for the MCB? What kind of analytical testing should be carried out?

3:00 pm Afternoon Networking Break & Scientific Poster Session

Evaluating the Latest Innovations in Analytical Characterization & Stability Testing of Raw Materials for Cell & Gene Therapies Manufacturing in Line with Regulatory Expectations

4:00 pm Analytical Testing & Methods for Raw Materials

Synopsis

  • Required analytical tests
  • What regulations to follow
  • How to select or develop appropriate methods

4:30 pm Raw Materials: Their Stability & the Impact to Your Product

  • Sarah Powers Senior Stability Manager - Global Quality Control Technical Services, uniQure

Synopsis

  • Current regulation requirements
  • Impact to your final drug product
  • Improvements to the process and future of cell and gene stability

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