… on the length and sequence conservation of their cytoplasmic domains. … review summarizes
structure, classification, and structure–… are conserved across different bacteria and archaea. …

… Chemotaxis is crucial for the survival of bacteria, and the signaling systems associated with it
exhibit a high level of evolutionary conservation. … the capability of array structures to tolerate …

… is highly conserved among bacteria and even archaea (Fig. … antagonistically with biosynthetic
machinery dependent on … formation and evolution in structured environments. Strikingly, in …

… structure and function of two-component and chemotactic signaling and different aspects
related to the motility of bacteria and archaea … of the chemotactic machinery in different …

… of signal transduction in bacteria and archaea. It is composed of … system mediates biofilm
formation through modulation of c-di-… , a cross talk between systems controlling chemotaxis and …

… , as it provides protection from predators and xenobiotic … recent work suggests that its structure
consists of a backbone of … functional holdfast biosynthesis machinery. Holdfast production …

… phosphorylate all the chemotaxis response regulators while … cytoplasmic chemoreceptors
from Archaea and Bacteria, with … form a tripod-like structure with a precise curvature similar to …

… the motility structures are fundamentally different, an archaea-… Bacteria and some archaea
utilize the chemotaxis system as … the conservation of the bacterial and archaeal chemotaxis …

… Structural consideration of the conservation patterns suggests … pathway controlling chemotaxis
in bacteria and archaea is … enterica, we have analyzed the set of chemotaxis machinery …

… Bacteria and archaea possess filamentous motility structures … This system allows bacteria
to travel along chemical … motility machinery, we aimed to examine chemotactic performance in …