Scientists at the University of Kentucky recently performed a comprehensive characterization of age-related behavioral changes in an important mouse model of Alzheimer's disease.
Led by Linda Van Eldik, director of UK's Sanders-Brown Center on Aging, the researchers examined motor performance, anxiety-like behavior and cognitive ability at different stages in the lifespan of the mice: young (7 months), middle-aged (11 and 15 months), and old (24 months).
The study found no impairments in motor function or anxiety-like behavior in the mice at any age tested. However, the mice developed Alzheimer-like memory problems as they aged.
The report, titled "Comprehensive behavioral characterization of an APP/PS-1 double knock-in mouse model of Alzheimer's disease," was published in the journal Alzheimer's Research & Therapy, with co-authors Scott Webster and Adam Bachstetter from the Van Eldik lab. This is the first study to provide such an in-depth characterization of this Alzheimer's mouse model.
The study used the new, state-of-the-art University of Kentucky Rodent Behavior Core, directed by Bruce O'Hara, for many of the behavioral experiments.
"It's wonderful to have a resource like the RBC available here at UK," Webster said. "It provides a vital step in translating our basic scientific findings into future clinical applications."
The Van Eldik lab anticipates that this report will provide a valuable resource to aid Alzheimer drug discovery, by providing a detailed behavioral characterization of this mouse model, and comparing it to other Alzheimer mouse models.
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