Barbara Hoopes’s dog Tommy takes part in the master agility competition at Westminster. (Photo courtesy of Associated Press)
Associate Professor of Biology , who is recognized for her recent studies of how genetic variation affects different breeds of dogs, found herself in a different kind of spotlight this weekend as she took her love of dogs to a new setting — the Westminster Kennel Club’s first-ever master agility competition.
Hoopes and her dog were mentioned in an Associated Press that was picked up by media outlets across the nation, including , The Washington Post, and The Dallas Morning News.
The story noted how Hoopes’s dog Tommy, a 5 1/2-pound toy poodle, flew over the jumps and tiptoed through the weave poles to finish third in the championship round for his height group.
“He’s a big dog in a little dog’s body,” Hoopes said.
The AP story said that the competition put a fast-growing canine activity on U.S. dogdom’s biggest stage, with the finals nationally televised on Fox Sports 1. It also marked the first time that mixed-breed dogs appeared there in 130 or more years.
Hoopes said she has been showing dogs since she was a child and that it was a big reason why she became a geneticist. She got Tommy after seeing his father when she was helping another laboratory collect DNA samples at a poodle show.
In her research lab at Ƶ, Hoopes is working to understand how variation at the genetic level can be linked to size differences in purebred dogs and what the molecular and cellular explanation is for how those variations actually affect body size in different breeds of dogs.
Students get to explore this subject through her research course and through summer research funded by the university’s Division of Natural Science and Mathematics. Additional students are assisting her through a semester-long investigative project for the laboratory for her Molecular Biology course, where they study aspects of the molecular genetics of dog-body size.
Learn more about Hoopes’s research and her interest in molecular biology and molecular genetics.