2023

Glenn Foundation for Medical Research and AFAR Grants for Junior Faculty


Jasutkar Headshot

Hilary Grosso Jasutkar, MD PhD

Instructor, Rutgers University

Synaptic Autophagy in Normal Cognitive Aging

As we age, our cognitive function declines. This is called “normal cognitive aging” and may happen because the cellular processes that keep our brain cells healthy tend to become less efficient with age. One such process, called autophagy, helps recycle old and damaged parts of the cell by first collecting this cellular garbage and then carrying it to be broken down. This AFAR-supported project will investigate how autophagy-mediated collection of cellular garbage and its transportation change with age, and will test if increasing cellular garbage collection or speeding up transport of this garbage for degradation can make old brain cells behave more like younger brain cells. Understanding how aging affects cellular garbage removal may help identify ways to improve brain health as we age, and thus protect against “normal cognitive aging.”

More 2023 Recipients of this Grant

Cory Baumann, PhD

Role of Human Antigen R (HuR) in Skeletal Muscle Adaptation and Resiliency

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Daniel Czyz, PhD

The role of monoculture isolates from the human microbiome on aging and stress responses

Daniel Czyz
Ana Daugherty, PhD

Brain Iron-Mediated Effects of Inflammation and Mitochondrial Metabolic Dysfunction on Cognitive Aging

Ana Daugherty
Shuo Han, PhD

Regulation of host aging and physiology by the human gut microbiota

Shuo Han
Denis Mogilenko, PhD

Understanding dendritic cells as a driver of immune dysfunction in aging

Denis Mogilenko
Jude Phillip, PhD

Deciphering functional subtypes of senescence at single-cell resolution

Jude Phillip
Jessica Spinelli, PhD

A Novel Strategy to Restore Mitochondrial Function in Aging

Jessica Spinelli
Andrea Stavoe, PhD

Dynamic Regulation of Autophagy during Aging in Distinct Neuronal Types

Andrea Stavoe
Qinchuan Wang, PhD

CaMKII as a cause of age-related sarcopenia

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Allyson Palmer, MD PhD

Cellular Senescence and Risk of Postoperative Delirium: Applying Proteomics to Identify Potential Therapeutic Targets

Allyson Palmer
Ricardo Martínez Zamudio, PhD

Senescence-driven disruption of monocyte identity in aging humans

Ricardo Martínez Zamudio
Roarke Kamber, PhD

Identification of inter-cellular signaling axes that suppress senescent cell clearance by macrophages

Roarke Kamber
Hiroshi Kumagai, PhD

The novel mitochondrial microprotein PUTZ is a potential therapeutic target for aging-associated sarcopenia and frailty

Hiroshi Kumagai