Summary:
Immunology research is advancing rapidly as new technologies enable deeper, system-level analysis of immune biology. Innovations such as single-cell sequencing, multiplexed imaging, multiomic profiling, and computational modeling are providing unprecedented resolution into immune cell function and interactions. These approaches are helping researchers map how the immune system evolves across the human lifespan and how immune responses change in different physiological and disease contexts.
In this webinar, Dr. Claire Gustafson explores emerging technologies that are transforming modern immunology research. The session highlights how integrative multiomic approaches and advanced analytical tools are revealing dynamic changes in immune cell populations and functions across adulthood.
Topics covered:
How researchers use advanced immunology technologies to:
- Apply multiomic profiling to map changes in the human immune system throughout adulthood
- Identify age-associated shifts in T-cell function and immune regulation
- Integrate single-cell, imaging, and computational approaches to uncover patterns in immune system dynamics
Speaker:
Claire Gustafson, PhD
Assistant Investigator, Experimental Immunology
Allen Institute for Immunology