New Paper on Nutritional Immunity in the Dermis
Excited to announce Sarah Price’s last manuscript with the Lawrenz Lab in collaboration with the Jewell Lab and others.
Press Release on Katelyn’s Research & F31
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.
Lawrenz Lab at MMPC
PhD students Amanda Brady, Katelyn Sheneman, and Taylor Garrison presented at MMPC 2023.
Katelyn Wins SLB Presidential Scholar Award
Congratulations to PhD student Katelyn Sheneman on winning the Presidential PhD Scholar Award!
Postdoc Position Available in the Lawrenz Lab
We are looking for a postdoc to join our collaborative team of plague doctors.
New Paper on the Yersiniabactin Secretion System
We used a new form of TnSeq to identify the yersiniabactin secretion system in Y. pestis.
Matt Promoted to Full Professor
An extra reason for fireworks this Fourth of July weekend: promotion to full professor!
Lawrenz Lab at ASM Microbe
PhD student Amanda Brady was selected for an oral presentation, while Matt met up with his mentors.
New Paper on Model Development for MDR Pseudomonas
We worked with the FDA to generate a preclinical model for testing new antimicrobials.
Reunion with Lab Alumnus Michael Connor
So fun to meet up with Dr. Connor, all the way from Paris!
Taylor and Katelyn Presented at KY/TN ASM Meeting
PhD students Taylor Garrison and Katelyn Sheneman presented posters on their dissertation projects.
Introducing PhD Candidates Katelyn & Taylor
Congrats to PhD students candidates Taylor Garrison and Katelyn Sheneman!
New Paper on Siderophore Sensors
Happy to collaborate with the Klebba Lab and many others on these new tools to investigate bacterial pathogenesis.
Amanda and Sarah Presented at MAMPM
PhD students Sarah Price and Amanda Brady presented at the Mid-Atlantic Microbial Pathogenesis Meeting.
New Grant to Study Extracellular Vesicles
We are collaborating with the Uriarte Lab to study how Y. pestis alters EV production to inhibit inflammation.