… In accepting the PaSH hypothesis and that we cannot switch off persister formation
pharmaceutically, how should persister research and the development of anti-persister therapy …

… , and the bulk of their data indicated persister cells are inactive. Paradoxically, the same …
, that persister cells are metabolically inactive as they write, “we used Persister-FACSeq on a …

… redundant mechanisms of persister formation as well as methods of studying persister cells.
… approach for anti-persister therapy. That is, to force a persister into a deeper dormancy state …

… ing this elusive problem is picking up. Formidable obstacles remain, due to difficulty in isolating
sufficient amounts of persister cells, the apparent redundancy of persister genes, and the …

… a distinct subpopulation known as "persisters" within a bacterial population. Despite being
genetically identical to the regular cells, persisters possess the ability to endure antibiotic …

… On the contrary to the prevailing hypothesis, we observed that persister cells are not
necessarily slow growers and that both persister and ofloxacin-sensitive cells endure comparable …

… is called persister cells. There is a mounting clinical evidence that these persister cells …
aureus persister cells is unavailable. This review focuses on drawing out a mechanistic map …

… persister cells. Hence, in this review, along with a summary of recent results related to
persister … substituted indoles to combat the persister cells of both pathogens and non-pathogens. …

… persister cells. In this study, we unraveled how typical antibiotic killing assays often fail to
capture the biology of persisters … us to follow the dynamics of persister cells through all growth …

… Intriguingly, persister formation occurs as a phenotypic phenomenon in a subpopulation of
genetically identical cells. Here, persisters are formed by stochastic mechanisms relying on …