Introduction to CMC Analytics for Biologics, Cell & Gene and Biosimilars

Available for Group Training

Examine Phase-Appropriate Regulatory, Technical and Quality Elements for Characterisation, Comparability, and Control Strategies

This course is currently not scheduled however it can be delivered for your team. To register your interest, complete the form below

We Can Deliver This Course for Your Team

 

No scheduled dates for this course right now — but we can deliver it exclusively for your team.

 

Follow the link below and complete the short form to receive a tailored course outline and clear, transparent pricing. Share your focus areas, objectives, timelines, and group size, and we’ll come back to you with a draft programme, estimated investment, and recommended next steps.

Learn more about the course by toggling through the tabs below. Scroll down to view the agenda, trainer info and who should attend.

Course Overview

 

Biological therapeutics and vaccine products require an array of analytical methods to characterise their biomolecular structure and biological functions. The CMC elements needed to support product safety and efficacy are defined in a diverse array of regional and global regulatory guidances. The molecular complexity of each biological product dictates the analytical technologies necessary for its characterisation, comparability, and control strategies. But all biological product modalities require similar types of CMC analytical studies and key analytical data sets during development.

 

This introduction to CMC analytics for biologics, cell & gene and biosimilars course will provide you with a comprehensive overview of the phase-appropriate analytical expectations for biological products of any type (novel or biosimilar protein therapeutics, well-characterised or classic vaccines, advanced cell or gene therapies). Once completed, you will understand which analytical studies are needed, why they are important, and where to find technical guidance for your specific product modality. You will learn the most common mistakes made in method lifecycle elements, reference standard management, stability programs and comparability studies, and how to avoid them, especially under highly accelerated CMC timelines.

 

With the Educo Post Learning Implementation Plan (PLIP) you will have the framework to apply and implement the knowledge acquired in the training, supporting you in your development. Learn more about how we deliver live online training.

Who Should Attend?

 

This course provides a comprehensive overview of CGT. It is aimed at technical professionals who are either new to the industry or thinking about a career move into CGT. If you are a someone with experience in small molecules or biologics this course is will suit you.

 

These include:

  • Regulatory Affairs Professionals
  • Production Personnel/Technicians
  • Quality Professionals
  • Clinical Professionals
  • Process Development
  • Personnel
  • Scientists involved in Development

Key Learning Objectives

 

  • Learn which CMC analytical data packages are required for all biotech and cell & gene products, and why.
  • Discover where the ‘rules’ for biological products are written in regulatory and compliance documents.
  • Review critical ICH Guidelines such as ICH Q5A, ICH Q5B, ICH Q5C, ICH Q5D, ICH Q5E, ICH Q6B.
  • Examine phase-appropriate considerations for qualification/validation/verification of methods.
  • How should product reference standards be established, monitored, and bridged over time?
  • Understand the analytical considerations for biological/cell & gene product release and stability specifications.
  • Identify the most challenging elements of analytical comparability studies.
  • How to find analytical information on traditional, biosimilar, or cell & gene products?
  • Review the specific challenges and opportunities when using, or being, a CRO analytical lab.
Post Learning Implementation Plan (PLIP)

Pre-course

  • Access to the Educo Training Portal
  • Submit your needs analysis and objectives for training by completing a simple online form

Action Plan

  • At the end of the training you will create an action plan to help you implement and develop your new skills and knowledge

Reinforcement Session

  • Delivered 3 to 4 weeks after the training
  • It is a 1 hour virtual session enabling the group to reinforce the key learnings from the training and cover subsequent questions and challenges
Introductory Module 1

FREE to Attend | Live & Recorded

Introduction to CMC analytics for biologic, cell & gene, vaccine and biosimilar products

  • Introduction to CMC analytics
  • Overview of the challenges during development and manufacturing
  • Highlight important guidelines you should be aware of
Day 1

DD MMM 2023 | Session 1 |  120 mins | 13:00 PM UK

Current CMC regulatory requirements and hot-button issues for biological and cell & gene products

  • Why do biological product CMC requirements differ from those of chemical products?
  • Why are there different safety concerns about biological product and process related impurities?
  • Which specific worldwide regulations detail CMC study requirements for biological and cell & gene products?
  • What are the relevant ICH Guidelines such as ICH Q5A, ICH Q5B, ICH Q5C, ICH Q5D, ICH Q5E, ICH Q6B.
  • What CMC analytical data packages are required for regulatory approval of all biological and cell & gene products?
  • When should these CMC studies be done during the product development lifecycle?
  • How are these CMC studies impacted by accelerated clinical programs?
  • Which of these CMC data are generated in GMP vs R&D labs?
  • What is the risk of CMC data generated by non-GMP AD/PD R&D labs?
  • What are commonly implemented quality practices for CMC AD/PD R&D labs?

DD MMM 2023 | Session 2 |  120 mins | 3:15 PM UK

Phase-appropriate analytical method lifecycle expectations for biological and cell & gene products

  • What is the difference between method qualification and method validation?
  • When is a method qualification acceptable, and when is a method validation necessary?
  • What is required for the verification of compendial methods?
  • What are the most important elements a correct method qualification/ verification/validation study?
  • Which method validation parameters are usually designed incorrectly for biological and cell & gene products?
  • What are the requirements when making changes in analytical methods at any phase?
  • What are the key elements of method tech transfer studies (changing from lab A to lab B)?
  • What are the key elements of method bridging studies (changing from method A to method B)?
  • How are changes staged for methods being used in stability protocols?
  • What are key considerations when using contract testing laboratories for analytical methods?
Day 2

DD MMM 2023 | Session 1 |  120 mins | 13:00 PM UK

Specifications, reference standards, and critical assay reagents

  • What are the key characteristics of any biological and cell & gene products that require control and consistency?
  • Where can you find the analytical methods currently being used for various biological and cell & gene products?
  • What four critical elements are needed for the establishment of meaningful, reliable specifications?
  • What are some of the types and uses of biological reference standards and materials?
  • What is the tiered approach to biological product reference standards?
  • What are the critical elements of bridging biotech physiochemical vs potency reference standards?
  • What are the current expectations for characterisation, comparability, and control of HCPs?
  • Which process impurity reference standards are required for recombinantly-expressed products?
  • How should critical reagents/materials be managed to better assure consistent method performance?

DD MMM 2023 | Session 2 | 120 mins | 13:00 PM UK

Phase-appropriate stability and comparability requirements for biological and cell & gene products

  • What are the phase-specific requirements for biological and cell & gene product stability studies?
  • How is the stability-indicating profile of a biotech product experimentally established?
  • What data are required in the validation of stability-indicating methods?
  • Why are stability data the main indicator of performance variability in validated methods?
  • What are the critical logistical elements of a stability protocol at any phase of development?
  • What are target, accelerated, stressed and forced conditions for biological and cell & gene products?
  • Why can’t biological and cell & gene product shelf life be extrapolated from accelerated stability data?
  • What is the core paradigm to follow when making changes to biological processes?
  • What is the tiered approach to comparability studies for biological products?
  • What are the important procedural elements of an analytical comparability study?
  • How do comparability studies change relative to the phase of product development?

Nadine Ritter – CMC, Analytical Expert – Biologics & Advanced Therapies

 

Nadine M. Ritter, Ph.D., obtained her master’s and doctoral degrees in cell and molecular biology at Rice University (Houston, TX) on evolutionary mechanisms for subcellular translocation of mitochondrial proteins. She was engaged in basic academic research in the field of extracellular matrix proteins and the process of bone mineralization at the University of Texas Health Science Center in Houston for over 10 years.

 

Dr. Ritter entered the biopharma industry as a protein chemist in analytical R&D at Abbott Laboratories (Abbott Park, IL). There, she performed development, validation, transfer, and troubleshooting of test methods for the analytical QC lab, generated protein characterization data for in vitro diagnostic product submissions, responded to FDA comments, contributed to compliance remediation efforts for QC inspection observations, and lead the ISO9000 certification of an R&D analytical lab.

 

Dr. Ritter then became the Director of the Analytical Services Division of BioReliance (Rockville, MD), a major contract testing organization. There, she led a team of CMC scientists in the design and conduct of method qualification, validation, and transfer, product characterization and comparability studies, and QC release and stability testing. Projects included synthetic peptides and oligonucleotides, natural and recombinant proteins, monoclonal and polyclonal antibodies, and viral particles. She managed quality and compliance activities for the R&D, GLP and GMP activities conducted in her lab, and implemented Part 11 computer system requirements.

 

In 1999, she created the first public training class specifically focused on biological product stability programs, which later grew into an award-winning CMC analytical training course. She conducts in-depth training workshops on all aspects of CMC analytics for biologically-derived products, updating class materials and reference documents each month.

 

Since 2002, Dr. Ritter has been an international consultant, trainer, speaker and writer for biotech and biosimilar products. She first worked independently as NMR Biotech Services (Germantown, MD), then in 2004 joined Biologics Consulting Group, Inc. (Alexandria, VA).

 

In 2014, she decided to return to independent consulting, forming Global Biotech Experts, LLC. Through Global Biotech Experts, she can bring in affiliate support from elite consulting colleagues with extensive experience in process development and validation, manufacturing facility PAI and GMP inspections, and technical writing for R&D and GMP applications.

Throughout her career, Dr. Ritter has contributed to the success of over 120 international IND/IMPD and BLA/MAA filings and Post-Approval Change Protocols. She has engaged in numerous PAI readiness audits and due diligence inspections and has remediated analytical, regulatory and laboratory compliance problems around the world. She is on the CMC scientific advisory boards of several international biopharmaceutical companies.

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