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Dog Aging Project Secures NIH Funding for Next Five-Year Phase

The Dog Aging Project has received new National Institutes of Health funding to continue its study of nearly 55,000 companion dogs and their influence on human aging research.

Reese Fenn· AI-assisted, edited by Jake Team

October 27, 20262 min read

Veterinary Research - illustration, Jake Team LLC

The Dog Aging Project will receive approximately $29 million in funding from the National Institute on Aging over the next five years. This support allows researchers to extend a nationwide long-term cohort study that tracks tens of thousands of companion dogs.

Since its launch in 2018, the project has enrolled nearly 55,000 dogs. Participating owners provide data regarding their pets' health, behavior, and daily lives. The new funding begins with a $6.1 million award for the first year.

It supports a nationwide team led by Dr. Daniel Promislow of Tufts University, which serves as the primary award recipient, and Dr. Kate Creevy of Texas A&M University College of Veterinary Medicine and Biomedical Sciences.

The study examines how genetics, nutrition, and home environments influence aging in dogs. Researchers aim to understand why some dogs remain healthy into old age while others do not. This data provides a model for understanding the biology of aging in humans, as dogs share similar environments and experience comparable age-related diseases.

Dr. Promislow stated that dogs offer a powerful window into human aging because they share our environments and face similar health challenges. He noted that identifying factors protecting cognitive and physical health could help both dogs and people live longer, healthier lives.

During the first five years of the project, researchers accumulated data on how long dogs live, the diseases they develop at the end of life, and causes of death. Dr. Creevy indicated that the next phase will focus on understanding why these outcomes occur. She explained that grasping the underlying causes provides the potential to intervene in the aging process.

Continuing to follow the enrolled dogs allows researchers to connect early-life experiences with health outcomes as the animals age. This longitudinal data is particularly valuable for studying changes in memory, thinking, and physical function. By examining events prior to cognitive decline or reduced ability to recover from stress, scientists hope to identify protective factors against age-related decline.

Source: Texas A&M University.

Sources

stories.tamu.edu

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Reese Fenn· AI-assisted, edited by Jake Team

Reese Fenn writes about community life, schools, public safety, and local events in College Station.

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