A neutrophil and Y. pestis walk into a bar… Learn what happens next in this review from Dr. Katelyn Sheneman.

Graduate student Katelyn Sheneman’s paper marks the lab’s foray into the EV world and provides further evidence that Y. pestis manipulates the immune system during infection.

Our latest paper shares genome sequences of evolutionary distant Yersinia species.

Our latest paper describes key differences in how neutrophils and macrophages recognize and respond to the Y. pestis type 3 secretion system.

Want to know all about inactivating Y. pestis? Read our latest paper!

Hooray! Amanda Brady’s first manuscript with the Lawrenz Lab has been published in PLoS Pathogens.

Excited to announce Sarah Price’s last manuscript with the Lawrenz Lab in collaboration with the Jewell Lab and others.

Thanks to the University of Louisville for sharing some of PhD student Katelyn Sheneman’s discoveries in the realm of neutrophil manipulation by Y. pestis.

We used a new form of TnSeq to identify the yersiniabactin secretion system in Y. pestis.

We worked with the FDA to generate a preclinical model for testing new antimicrobials.

Happy to collaborate with the Klebba Lab and many others on these new tools to investigate bacterial pathogenesis.

Congrats to PhD student Sarah Price on her first first-author paper!