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Characterization of a transmembrane-activating STING agonist using genetically humanized mice.

Nobuyo Mizuno¹, Jinu Abraham¹, Kevin Jimenez-Perez¹

¹Vaccine and Gene Therapy Institute, Oregon Health and Science University, Beaverton, OR, USA.

|June 2, 2026

Summary

Researchers developed humanized STING mice to study human-selective STING agonists. These agonists, targeting the STING transmembrane region, show potential as vaccine adjuvants and cancer therapies.

Keywords:

CP: immunology adjuvant cancer innate immunity interferon vaccine

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Area of Science:

Immunology
Molecular Biology
Pharmacology

Background:

Stimulator of interferon genes (STING) is a key pattern recognition receptor.
STING activation triggers type I interferon and inflammatory responses.
Clinical trials of STING agonists have faced challenges, necessitating new research models.

Purpose of the Study:

To develop and characterize human-selective STING agonists.
To establish a genetically humanized STING mouse model for in vivo testing.
To investigate the molecular and immune effects of transmembrane STING agonism.

Main Methods:

Synthesis of human-selective STING agonists.
Generation of genetically humanized STING mice.
In vivo immune characterization of agonist effects.

Main Results:

The lead molecule binds to the STING transmembrane region.
Transmembrane STING agonism exhibits distinct molecular and immune profiles compared to conventional agonists.
Humanized mice enabled in vivo evaluation of human-selective agonists.

Conclusions:

Genetically humanized STING mice are effective for studying human-selective STING agonists.
Transmembrane STING agonists offer a promising avenue for vaccine adjuvants and cancer therapeutics.
This study provides a comprehensive in vivo immune characterization of transmembrane STING agonism.