Current Immunology Grant Trainees

Immunology Current students

2025-2026 T32 Training Grant Recipients

Immunology, picture of Jax Dunning

Jax Dunning
[email protected]

Microbiology, Immunology, and Cancer Biology Graduate Student, 2023
Mentor: David Masopust

Research Interest: Investigating the crosstalk between lymph node resident memory T cells and other cells in secondary lymphoid organs to determine how LN TRM orchestrates a memory response.

 

 

Immunology-picture of Joseph Guter

Joseph Guter
[email protected]

Microbiology, Immunology, and Cancer Biology Graduate Student, 2023
Mentor: David Masopust

Research Interest: Exploring mechanisms dictating the establishment, maintenance, and trafficking of resident memory T cell populations, particularly in the context of aging.

 

 

Immunology- Grant Hickock picture

Grant Hickock
[email protected]

Microbiology, Immunology, and Cancer Biology Graduate Student, 2022
Mentor: Ingunn Stromnes

Research Interest: Investigating how TCR affinity shapes the function and responsiveness of stem-like CD8 T cells during immune checkpoint blockade in pancreatic cancer.

 

 

Immunology- Sylvia Klein 200x280

Sylvia Klein  
[email protected]

Microbiology & Immunology Graduate Student 2021
Mentor: Matt Aliota

Research Interest: How variations in the STING cleavage site sequence affect host susceptibility to dengue virus (DENV) infection, focusing on the role of the cGAS-STING pathway in the immune response. The goal is to create and validate a humanized STING transgenic mouse model that can serve as an immunocompetent model for DENV.

 

Immunology- Charlie Roll picture

Charles Roll
[email protected]

Microbiology, Immunology, and Cancer Biology Graduate Student, 2022
Mentor: Bryce Binstadt

Research Interest: Interested in studying mechanisms of undescribed primary immunodeficiencies.

 

 

Immunology-t.mathes

Tailor Mathes
[email protected]

Microbiology & Immunology Graduate Student 2020
Mentor: Tyler Bold

Research Interest: Investigating T cell-dependent and independent mechanisms by which diverse lung phagocytic cell types impact intracellular Mycobacterium tuberculosis