+1 (888) 794-0077
« Return

Webinar: Practical Implications of Recent Changes to Immunogenicity Risk Assessment

Immunogenicity assessment helps drug developers understand the possible immune responses that can occur when humans are exposed to a potential therapeutic protein. Recently, the FDA has updated its guidance for immunogenicity risk assessment for developing and validating assays for anti-drug antibody (ADA). In this webinar, we will provide an overview of the significant changes, discuss implications for your IND- and BLA-enabling studies and review the testing that is necessary for regulatory submissions.

What’s Different in 2019 FDA Guidance for Immunogenicity Risk Assessment?

The guidance further clarifies FDA’s recommendation when compared to the previous guidelines published in 2016. Many aspects of this guidance were revised, but the significant revisions focus on the following areas:

  • Risk assessment
  • Statistical approaches to ascertain cut point
  • Removal of long-term stability requirement
  • Minimal required dilution
  • Positive control antibodies
  • Development of assays to measure neutralizing antibodies
  • Strategies for managing pre-existing antibodies
  • Updates in documentation requirements

Speaker Bio

Jing Shi, PhD

Executive Director, Global Head of Large Molecule Bioanalysis

Dr. Shi is Executive Director and Global Head of large molecule Bioanalysis of WuXi AppTec LTD with extensive experience in the global biotech/pharma and CRO industries. She joined WuXi AppTec in 2014 and is the global head of the Immunochemistry Bioanalytical department, managing a multisite operation. Her team provides bioanalytical method development, validation and sample testing services under GLP/GCP. Dr. Shi previously held leadership positions with AstraZeneca and Sigma in the United States. She has extensive working experience within various drug development stages including cell line development, process development, toxicology, biologic drug substance/drug product characterization and preclinical/clinical bioanalytical analysis. In her most recent role with Sigma, she was the head of the Immunoassay laboratory, responsible for GMP lot release/stability testing and GLP bioanalytical testing using immunochemistry and cell-based platforms.

Dr. Shi obtained her B.S. in Cell Biology and Genetics from Peking University and PhD in Cell Biology from University of Virginia.

Learn more about Large Molecule Bioanalytical services.

Established in December 2000, WuXi AppTec provides a broad portfolio of R&D and manufacturing services that enable companies in the pharmaceutical, biotech and medical device industries worldwide to advance discoveries and deliver groundbreaking treatments to patients. With industry-leading capabilities such as R&D and manufacturing for small molecule drugs, cell and gene therapies, and testing for medical devices, WuXi AppTec’s open-access platform is enabling more than 4,000 collaborators from over 30 countries to improve the health of those in need – and to realize our vision that “every drug can be made and every disease can be treated”. Follow us on LinkedIn.

Related Posts

Making the Most of the Golden Age of Small-Molecule Oncology Drugs

Making the Most of the Golden Age of Small-Molecule Oncology Drugs

Many of humanity’s most impactful pharmaceuticals, including penicillin and aspirin, are small-molecule drugs. Over time, the focus of research has shifted toward biologics, also known as large-molecule drugs. In 2016, for example, eight of the 10 best-selling drugs in the world were biologics. However, small-molecule drugs are now making a comeback as research advances and technology improves. One key area where small-molecule drugs are making the most significant impact is oncology. 

Evaluation of Immunogenicity for Oligonucleotide Drugs

Evaluation of Immunogenicity for Oligonucleotide Drugs

Drug research and development has evolved from focusing only on small molecule drugs into an era of advanced therapeutics. Among the pathogenic proteins related to human diseases, more than 80% belong to non-druggable targets. Meanwhile, most existing druggable targets are restricted by their structure and are difficult to develop.