Skip to content

Validation of Humanized Immune System Mice as a Model for Human Innate Immune Response

The mouse stands as a critical tool in advancing preclinical immunological research. However, disparities in immunological signaling cascades and the innate immune response between mice and humans can lead to non-translatable preclinical results. The development of complex humanized immune system (HIS) mice addresses this issue with predominant success in immuno-oncology research applications, and limited validation in autoimmune disease studies so far.
 
Toll-like receptors (TLRs) play a central role in innate human response, but species differences can obscure preclinical investigations targeting human TLR drug discovery. This webinar will delve into the effective utilization of a human-specific TLR4 agonist in HIS mice as a platform for drug discovery focused on the human innate response.
 
Explore the development of a preclinical mouse model for profiling therapeutics directed towards targets in the human TLR4 pathway, building upon a HIS mouse with human myeloid and lymphoid cells. Learn how the use of a human-specific test molecule in a system with the presence of primarily human immune cells minimizes the contribution of murine TLR4 signaling and allows study of human targets in an in vivo preclinical model.
 
Watch this webinar to learn about:
  • Strategies to overcome species limitations in preclinical in vivo studies of innate immunity
  • How HIS mice can be used to profile drugs which do not cross-react with analogous mouse targets
  • Unique considerations related to HIS mice which must be considered when developing model systems, including donor effects and engraftment kinetics
  • Validation of a model to study pharmacodynamic effects of immune-modulating drugs on human innate immune signaling

Watch Now

Rachel Twomey

Senior Scientist I | AbbVie Inc

Rachel Twomey has been working in immunology drug discovery at AbbVie Bioresearch Center for the past 15 years. She obtained a BS in biology from Roger Williams University, and a MS in biology and biotechnology from Worcester Polytechnic Institute. She supports various discovery programs through in vitro and in vivo pharmacological modelling. She has been routinely working with humanized immune system (HIS) mice both to support drug discovery efforts and to better understand underlying human mechanisms in the huNOG-EXL model, so that the model system can be applied effectively in research.

Mayara Grizotte-Lake, PhD

Field Applications Scientist | Taconic Biosciences

Dr. Mayara Grizotte-Lake received her Bachelor of Science in Biology from UMass Dartmouth and her PhD from Brown University in Pathobiology with a focus on Molecular Microbiology and Immunology. During her PhD research, she made a novel finding regarding how commensal bacteria can downregulate vitamin A metabolism. With more than ten years of in vivo experience, she has great expertise in immunology, host-microbe interaction, rodent models, and vaccine research. She is currently a Field Application Scientist at Taconic.

© 2024 Taconic Biosciences, Inc. All rights reserved.

Consent Preferences