Bacteria are constantly under threat from phages—viruses that infect and often kill them. In this talk, Dr Landon Getz dives into how Vibrio species defend themselves, focusing on the role of integrons in storing and sharing phage defence tools. These genes can act like public goods, benefiting not just individual bacteria but the wider community. Drawing on new work from the Maxwell Lab, Landon will unpack how these genetic systems are shaped by evolutionary pressure and what they reveal about microbial cooperation, adaptation, and genome plasticity. His research adds to our understanding of the bacterial arms race with phages and offers insights into the future of phage therapy and resistance.


Postdoctoral Research Fellow, University of Toronto
Dr Landon J. Getz (he/him, PhD) is a Postdoctoral Fellow in the Department of Biochemistry within the Temerty Faculty of Medicine at the University of Toronto. He is a molecular bacteriologist with expertise in bacterial genetics and phage-host interactions, currently working in the Maxwell Lab on antiphage defence systems in Vibrio species. His research explores how bacteria, and their integrated bacteriophages, collaborate and compete to resist infection, with a particular focus on integrons and the genetic exchange of defence mechanisms. Landon is a CIHR Postdoctoral Fellow and the inaugural recipient of the GSK-EPIC Convergence Postdoctoral Fellowship in Antimicrobial Resistance.
Outside the lab, Landon is a dedicated LGBTQ+ advocate in STEM. He is the co-founder of the Pride in Microbiology (PiM) Network, which now supports over 200 international members, and recently launched PiM Connections, a mentorship and professional development initiative for queer and trans microbiologists. He has written widely on the intersections of science, equity, and justice, and previously served on the inaugural Youth Council of the Chief Science Advisor of Canada. Landon lives in Toronto with his cat, Susan.