In order to ensure their survival, bacteria must sense and adapt to a variety of environmental
signals. Motile bacteria are able to orient their movement in a chemical gradient by …

Motile bacteria respond to environmental cues to move to more favorable locations. The
components of the chemotaxis signal transduction systems that mediate these responses …

Motile bacteria respond to environmental cues to move to more favorable locations. The
components of the chemotaxis signal transduction systems that mediate these responses …

Bacterial chemotaxis, which has been extensively studied for three decades, is the most
prominent model system for signal transduction in bacteria. Chemotaxis is achieved by …

Bacteria must be able to respond to a changing environment, and one way to respond is to
move. The transduction of sensory signals alters the concentration of small phosphorylated …

Bacteria are able to sense a broad range of chemical and energetic stimuli and modulate
their swimming behaviour to migrate to more favourable environments. Signal transduction …

The ability of motile bacteria to swim toward or away from specific environmental stimuli,
such as nutrients, oxygen, or light provides cells with a survival advantage, especially under …

One of the best characterized receptor-mediated signal transduction systems controls the
swimming behavior of Escherichia coli and Salmonella typhimurium. These enteric bacteria …

In bacterial chemotaxis, the chemoreceptors [methyl‐accepting chemotaxis proteins (MCPs)]
transduce chemotactic signals through the two‐component histidine kinase CheA. At low but …

Most motile bacteria are capable of directing their movement in response to chemical
gradients, a behavior known as chemotaxis. The signal transduction system that mediates …