Can probiotics change fish behavior?
Frank and her colleagues in Christina Semeniuk’s lab and comentor Daniel Heath’s lab at the University of Windsor in Ontario are trying to determine whether an unlikely intervention — a probiotic supplement in fish food — might help triploid Chinook salmon fare better. They’re starting with how the fish behave.
“Behavioral flexibility and sensitivity … would be an immediate measure for physiological (and neural genomic) change, given the connections between the gut–brain–behavior axis,” Semeniuk said.
Frank tested how probiotic supplements added to fish food affected the way hundreds of fingerling diploid and triploid fish respond to novel stimuli such as a glass bead tossed into the tank, a predator-shaped dummy passing overhead and an approaching human researcher. She will present her work as part of the Genomics poster session during the 2021 ASBMB annual meeting; you can see her talk and post questions while the meeting is underway.
In the future, Frank plans to integrate transcriptomic analyses with her behavioral studies, an approach known as behavioral genomics. Little is known about how triploidy affects genes related to learning and memory, so even if probiotics have little effect, she stands to learn something interesting.
Join the ASBMB Today mailing list
Sign up to get updates on articles, interviews and events.
Finding not just glycoproteins and glycolipids but also glycoRNA means “now there are three hands, and we don’t know what that third hand is doing.”
As of this week, the delta variant had caused at least 92% of the new infections in the United States, according to a research firm in Switzerland.
KittyBiome researchers want to study the cat microbiome to improve health and understand scent-based communication.