SummaryTwo-component regulatory systems are commonly used by bacteria to sense and respond to their environment. In Molecular Cell, Prost et al. describe how low pH activates the Salmonella PhoQ sensor kinase, building on their previous demonstration that the PhoQ periplasmic domain senses magnesium and antimicrobial peptides. These findings are likely to be broadly applicable for understanding how bacteria recognize and transduce the multiple signals characteristic of their complex extracellular environments
Bacteria transduce signals across the membrane using two-component systems (TCSs), consisting of a m...
The PhoQ/PhoP two-component system plays a vital role in the regulation of Mg2 + homeostasis, resist...
This work focuses on a structure and a function of prokaryotic signal systems. There are three types...
SummaryTwo-component regulatory systems are commonly used by bacteria to sense and respond to their ...
SummaryPhoQ is a membrane bound sensor kinase important for the pathogenesis of a number of Gram-neg...
Two-component signal transduction systems (TCSs) in bacteria perceive environmental stress and trans...
Bacteria transduce signals across the membrane using two-component systems, consisting of a membrane...
Bacteria are highly adaptable organisms capable of growth on countless carbon and nitrogen sources a...
Bacteria transduce signals across the membrane using two-component systems, consisting of a membrane...
Cells adjust their behavior continuously in response to changing environmental conditions. Stimuli i...
Like all organisms, bacteria must be able to sense and respond to environmental stresses to survive....
Bacteria have evolved many different signal transduction systems to sense and respond to changing en...
THESIS 9988Two-component systems (TCS) enable bacteria to sense, respond and adapt to a wide range o...
The PhoQ/PhoP two-component system plays an essential role in the response of enterobacteria to the ...
Bacteria transduce signals across the membrane using two-component systems, consisting of a membrane...
Bacteria transduce signals across the membrane using two-component systems (TCSs), consisting of a m...
The PhoQ/PhoP two-component system plays a vital role in the regulation of Mg2 + homeostasis, resist...
This work focuses on a structure and a function of prokaryotic signal systems. There are three types...
SummaryTwo-component regulatory systems are commonly used by bacteria to sense and respond to their ...
SummaryPhoQ is a membrane bound sensor kinase important for the pathogenesis of a number of Gram-neg...
Two-component signal transduction systems (TCSs) in bacteria perceive environmental stress and trans...
Bacteria transduce signals across the membrane using two-component systems, consisting of a membrane...
Bacteria are highly adaptable organisms capable of growth on countless carbon and nitrogen sources a...
Bacteria transduce signals across the membrane using two-component systems, consisting of a membrane...
Cells adjust their behavior continuously in response to changing environmental conditions. Stimuli i...
Like all organisms, bacteria must be able to sense and respond to environmental stresses to survive....
Bacteria have evolved many different signal transduction systems to sense and respond to changing en...
THESIS 9988Two-component systems (TCS) enable bacteria to sense, respond and adapt to a wide range o...
The PhoQ/PhoP two-component system plays an essential role in the response of enterobacteria to the ...
Bacteria transduce signals across the membrane using two-component systems, consisting of a membrane...
Bacteria transduce signals across the membrane using two-component systems (TCSs), consisting of a m...
The PhoQ/PhoP two-component system plays a vital role in the regulation of Mg2 + homeostasis, resist...
This work focuses on a structure and a function of prokaryotic signal systems. There are three types...