2024

AFAR Grants for Junior Faculty


Ringel Headshot

Alison Ringel, PhD

Assistant Professor, Ragon Institute of Mass General MIT and Harvard

Targeting T Cell Dysfunction to Delay Tissue Aging

As we age, our immune system gets weaker, especially the T cells that normally defend against infections and cancer. Recent studies, however, suggest that T cells may also remove cells that become damaged as part of the normal aging process. This means that T cells may play a critical role in protecting health and fitness over lifespan, which was previously unappreciated. We have discovered that aged T cells express substantially lower levels of a key surface receptor that serves two key functions needed to clear damaged cells. Here, Dr. Nelson will evaluate how loss of this surface receptor disrupts T cell function with advanced age and then test the functional impact on clearing damaged cells. Understanding the precise molecular changes in aged T cells that accompany the loss of this receptor may uncover new ways to maintain tissue health and fitness in older adults.

More 2024 Recipients of this Grant

Priya Balasubramanian, BVSc PhD

Deconstructing adipocyte heterogeneity and its impact on calorie restriction mediated anti-aging benefits

Priya Balasubramanian
Lacy Barton, PhD

Elucidating the impact of parental age on embryonic germline development

Lacy Barton
Yang Lyu, PhD

Motivation Reward and Longevity as Influenced by Serotonin Dopamine and Metabolism

Yang Lyu
Jonathan Nelson, PhD

Understanding how ribosomal DNA maintenance sustains cellular longevity

Jonathan Nelson
Carlos Giovanni Silva-García, PhD

Neuronal regulation of histone acetylation promotes longevity

Carlos Giovanni Silva-García
Daniel Tyrrell, PhD

Understanding Gzmk+ CD8+ T Cell Development and Activity in Aging

Daniel Tyrrell