Figure 3: Time courses for key molecules of the osmotic shock response monitored in the ... module Sln1-Ypd1-Ssk1 is different from bacterial two-component systems containing two instead of ...

The article, which describes a process known as "osmotic shock," was co-authored by Julie ... growth may help explain why seemingly fragile bacteria such as E. coli can thrive in environments ...

Osmotic shock, where water molecules outside the cell rapidly diffuse ... ectoine-synthesizing microganisms on an industrial scale by a procedure referred to as ‘bacterial milking.’” Glycine-betaine ...

There is also evidence that there are sRNAs (bacterial small RNAs ... including filamentous phase infection, osmotic shock, organic solvents, and extended incubation in alkaline conditions.

PspA plays a key role in bacterial stress response The phage shock protein (Psp ... the specific response to bacteriophage infection. Osmotic stress, heat, cell toxins, or defects in the membrane ...

When she was a PhD student, Carolina Tropini, a biophysicist and current postdoc in Justin Sonnenburg’s lab at Stanford University, noticed that some bacteria responded to osmotic shock—that is, rapid ...

Hacquard found it remarkable that "a single bacterial molecule can at the same time sensitize plants to osmotic stress, promote bacterial capability to colonize roots and impede growth of ...