Motile bacteria sense chemical gradients with transmembrane receptors organised in
supramolecular signalling arrays. Understanding stimulus detection and transmission at the …

The chemoreceptors of Escherichia coli localize to the cell poles and form a highly ordered
array in concert with the CheA kinase and the CheW coupling factor. However, a high …

Highlights•A conserved, ultrasensitive, ultrastable chemosensory array guides bacterial
motility.•Three core proteins form the array framework: receptor, His-kinase, and adaptor.• …

Bacterial chemosensory arrays have served as a model system for in-situ structure
determination, clearly cataloguing the improvement of cryo-electron tomography (cryoET) …

Most motile bacteria sense and respond to their environment through a transmembrane
chemoreceptor array whose structure and function have been well-studied, but many …

Chemotaxis is crucial for the survival of bacteria, and the signaling systems associated with
it exhibit a high level of evolutionary conservation. The architecture of the chemosensory …

Chemoreceptors are crucial components in the bacterial sensory systems that mediate
chemotaxis. Chemotactic responses exhibit exquisite sensitivity, extensive dynamic range …

Bacterial chemoreceptors cluster in highly ordered, cooperative, extended arrays with a
conserved architecture, but the principles that govern array assembly remain unclear. Here …

Motile bacteria sense their physical and chemical environment through highly cooperative,
ordered arrays of chemoreceptors. These signalling complexes phosphorylate a response …

Bacterial chemoreceptors cluster into exquisitively sensitive, tunable, highly ordered, polar
arrays. While these arrays serve as paradigms of cell signalling in general, it remains …