a veterinarian in black scrubs holding a clipboard showing a patient and their dog information

Inside TRIAD: Introducing the Test of Rapamycin in Aging Dogs

Published on September 20, 2023

Many of the insights the Dog Aging Project gathers are through its surveys and activities; however, we also gain valuable information from the veterinary electronic medical records (VEMRs) that we receive. Submission of a VEMR is not necessary to enroll in the Dog Aging Project longitudinal observational study, but some of our smaller cohorts like Precision and TRIAD do require eligible VEMRs for consideration.

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A small terrier dog is walking up a carpeted set of stairs

Scientific Results: Big data from small animals: integrating multi-level environmental data into the Dog Aging Project

Published on August 14, 2023

This paper describes the infrastructure developed by the Dog Aging Project to integrate and analyze environmental data with the goal of understanding how these factors can affect the health of dogs. Within the Dog Aging Project, data has been collected from dogs’ homes, yards, and neighborhoods. These data can be combined with health information, including medical records, behavioral surveys, genetics, and other biological data, to investigate contextual determinants of health and interactions between contextual and individual-level factors.

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a close-up of an older beagle going out for a walk by a person wearing khaki

Scientific Results: A review of frailty instruments in human medicine and proposal of a frailty instrument for dogs

Published on August 14, 2023

This paper is about frailty – a complex syndrome associated with aging that has become important in human healthcare and research. When humans experience loss of emotional and physical reserves, they are less able to bounce back from stressors. Frailty, even more than chronological age, is associated with increased risk of negative health outcomes and death. There are many different ways to measure or determine frailty in humans, and this paper gives a brief review of frailty in human medicine and research. Assessing frailty is important because while we cannot reverse chronological age, we can intervene to reduce or even reverse frailty. And hopefully, this will be true for dogs as well.

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a lady dog walker, walking three different dogs in an open field

Scientific Results: Social determinants of health and disease in companion dogs: A cohort study from the Dog Aging Project

Published on June 20, 2023

In this study, we explored how the social environment affects the health and well-being of companion dogs. We closely looked at data from over 21,000 dogs that are part of the Dog Aging Project and linked different components of the dog’s environment to their health. Dogs in lower-income houses or areas with more residential turnover had poorer health and less physical mobility. While these adverse environmental factors were linked to poorer health, things that capture positive social environments, like social support (e.g., living with other dogs), were associated with better health outcomes for the dogs, even after taking into account their age and weight. What’s interesting is that not all environmental components had the same impact: social support was 5x more predictive of dog health compared to financial factors. This suggests that having companionship and interaction with other dogs can greatly contribute to a dog’s overall well-being.

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a black dog lying its head on top of its owner's laptop while a set of hands is working on the laptop

Scientific Results: Development and Validation of a Novel Instrument to Capture Companion Dog Mortality Data: The Dog Aging Project End of Life Survey

Published on May 25, 2023

This manuscript details the creation, development, and validation of the End of Life Survey (EOLS), which is used to obtain information about Dog Aging Project participating dogs who have died by gathering the information directly from dog owners.

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Two women in lab coats and blue gloves smiling at the camera, one lady is sitting at the desk working on a laptop, and the other is standing next to a laboratory machine

Scientific Results: Purpose, Partnership, and Possibilities: The Implementation of the Dog Aging Project Biobank

Published on February 24, 2023

In this paper, we describe the partnership between the Dog Aging Project and the Cornell Veterinary Biobank (CVB) at the Cornell University College of Veterinary Medicine to create the Dog Aging Project Biobank, a resource that stores and distributes biospecimens collected from Precision and TRIAD cohort participants.

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a person in a green sweater jogging outside with their dog in a park

Scientific Results: Associations between physical activity and cognitive dysfunction in older companion dogs

Published on October 12, 2022

[vc_message message_box_color=”violet” icon_fontawesome=”fa fa-paw”]Posts in our Scientific Results series introduce recent papers published in the…

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a set of hands with red nail polish typing on a laptop with a stethoscope right next to the laptop

Inside Science: Characteristics of Scientifically Useful Veterinary Electronic Medical Records

Published on August 8, 2022

Many of the insights the Dog Aging Project gathers are through its surveys and activities; however, we also gain valuable information from the veterinary electronic medical records (VEMRs) that we receive. Submission of a VEMR is not necessary to enroll in the Dog Aging Project longitudinal observational study, but some of our smaller cohorts like Precision and TRIAD do require eligible VEMRs for consideration.

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a graphic of a DNA sequence in the middle with a guy icon on the left and the Dog Aging Project's logo on the left (three dog icons representing the different stages of aging)

Dog and Human Genetics: Similarity and Difference

Published on July 26, 2022

Did you know that dogs and people share over 17,000 special genes called orthologs? Each pair of orthologs is derived from the same common ancestor via vertical descent (speciation) and they tend to have similar functions. They are one of the main reasons why your pup is such an invaluable comparative animal model for studying human health. In fact, humans and dogs have numerous similarities even in those parts of the genome that aren’t genes (the noncoding part of the genome). When it comes to better understanding human health, your pup is our best friend!

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a close-up of two lab coats hanging on a rack

Inside Science: Cross-sectional versus longitudinal study design

Published on July 18, 2022

[vc_message message_box_color=”violet” icon_fontawesome=”fa fa-paw”]Posts in our Inside Science series provide you with the ins and…

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