Bacterial two-component systems (TCS) are versatile signaling mechanisms that govern
cellular responses to diverse environmental cues. These systems rely on phosphoryl-group …

Two-component systems (TCSs) consist of the biggest group of signal transduction
pathways in biology. Although TCSs play key roles in sensing signals to sustain survival and …

Studies on bacterial physiology are incomplete without knowledge of the signalling and
regulatory systems that a bacterium uses to sense and respond to its environment. Two …

Two-component sensory (TCS) systems link microbial physiology to the environment and
thus may play key roles in biogeochemical cycles. In this study, we surveyed the TCS …

Bacteria must constantly probe their environment for rapid adaptation, a crucial need most
frequently served by two-component systems (TCS). As one component, sensor histidine …

Escherichia coli uses two-component systems (TCSs) to respond to environmental signals.
TCSs affect gene expression and are parts of E. coli's global transcriptional regulatory …

Under a shortage of oxygen, bacterial growth can be faced mainly by two ATP-generating
mechanisms:(i) by synthesis of specific high-affinity terminal oxidases that allow bacteria to …

Two-component signaling systems (TCSs) are composed of two proteins, sensor kinases
and response regulators, which can cross-talk and integrate information between them by …

Adaptive signal transduction within microbial cells involves a multi-faceted regulated
phosphotransfer mechanism that comprises structural rearrangements of sensor histidine …

CbrAB is a two-component system, unique to bacteria of the family Pseudomonaceae,
capable of integrating signals and involved in a multitude of physiological processes that …