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Journal of Bacteriology|July 21, 2022
d-Proline Reductase Underlies Proline-Dependent Growth of Clostridioides difficileMichael A Johnstone, William T SelfMicrobiology Spectrum|August 21, 2024
Clostridioides difficile exploits xanthine and uric acid as nutrients by utilizing a selenium-dependent catabolic pathwayMichael A Johnstone, William T SelfMsphere|June 26, 2026
Auxotrophy from bioenergetic demand: the case of proline addiction in Clostridioides difficileMichael A Johnstone, William T SelfScientific Reports|September 7, 2023
Inhibition of selenoprotein synthesis is not the mechanism by which auranofin inhibits growth of Clostridioides difficileMichael A Johnstone, Matthew A Holman, William T SelfBiochimie|January 14, 2021
Exploring the selenium-over-sulfur substrate specificity and kinetics of a bacterial selenocysteine lyaseMichael A Johnstone, Samantha J Nelson, Christine O'Leary, et al.ACS Omega|September 26, 2022
Evaluation of Derivatives of (+)-Puupehenone against Clostridioides difficile and Other Gram-Positive BacteriaMichael A Johnstone, Alexander D Landgraf, Anshupriya Si, et al.Journal of Bacteriology|March 13, 2002
Regulation of purine hydroxylase and xanthine dehydrogenase from Clostridium purinolyticum in response to purines, selenium, and molybdenumWilliam T SelfFEBS Letters|December 25, 2007
High affinity selenium uptake in a keratinocyte modelDennis Ganyc, William T SelfBiology Direct|February 22, 2008
Orphan SelD proteins and selenium-dependent molybdenum hydroxylasesDaniel H Haft, William T SelfJournal of Bacteriology|April 14, 2009
Inhibition of selenium metabolism in the oral pathogen Treponema denticolaSarah Jackson-Rosario, William T SelfPageof 5