Post-doctoral Research Fellow since 2018
- Intestinal Microbiome
- Colorectal Cancer
- Clostridium difficile infection
- BS: University of Michigan (2009)
- PhD: University of North Carolina at Chapel Hill (2016)
Previously, my research focused on the impact of the microbiome on host immune responses during homeostasis in zebrafish and the role of the microbiome in colorectal cancer development using mouse models. I’m interested in how the host and microbiome respond to environmental factors such as medications or diets and how these perturbations contribute to Clostridium difficile infections and colorectal cancer development.
Papers from time in Schloss lab
Tomkovich S, Lesniak NA, Li Y, Bishop L, Fitzgerald MG, Schloss PD.
The proton pump inhibitor omeprazole does not promote Clostridium difficile
colonization in a murine model.
Tomkovich S, Stough JMA, Bishop L, Schloss PD.
The initial gut microbiota and response to antibiotic perturbation influence Clostridioides difficile
colonization in mice.
Hagan AK, Lesniak NA, Balunas MJ, Bishop L, Close WL, Doherty MD, Elmore AG, Flynn KJ, Hannigan GK, Koumpouras CC, Jenior ML, Kozik AJ, McBride K, Rifkin SB, Stough JMA, Sovacool KL, Sze MA, Tomkovich S, Topçuoğlu BD, Schloss PD.
Ten simple rules to increase computational skills among biologists with Code Clubs.
PLOS Computational Biology
Tomkovich S, Taylor A, King J, Colovas J, Bishop L, McBride K, Royzenblat S, Lesniak NA, Bergin IL, Schloss PD.
An osmotic laxative renders mice susceptible to prolonged Clostridioides difficile
colonization and hinders clearance.
Lapp Z, Sovacool KL, Lesniak N, King D, Barnier C, Flickinger M, Krüger J, Armour CR, Lapp MM, Tallant J, Diao R, Oneka M, Tomkovich S, Moltzau Anderson J, Lucas SK, Schloss PD.
Developing and deploying an integrated workshop curriculum teaching computational skills for reproducible research.
The Journal of Open Science Education