Chemosensory systems are signaling pathways elegantly organized in hexagonal arrays
that confer unique functional features to these systems such as signal amplification …

Bacteria possess different systems to sense and respond to environmental signals.
Onecomponent systems, two-component systems and chemosensory pathways are the most …

In response to rapid changes in their environment, bacteria control a number of processes,
including motility, cell division, biofilm formation, and virulence. Research presented in …

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

Plant root secretion can be regarded as signal molecules, which exerts impact on
microorganisms in the rhizosphere ecological niche. We obtained gene expression profile of …

Like all living organisms, bacteria must communicate with the world around them. As they
typically live as single cells, the communication with their environment must occur at the cell …

Phototaxis is light‐regulated movement of motile organisms (microorganisms in the case of
microbial phototaxis), usually resulting in their attraction to (positive phototaxis) or avoidance …

Coenzyme M biosynthesis Coenzyme M is a fundamental coenzyme for methanogens and
ANME organisms. So far, two different routes (I and II) for CoM biosynthesis are described in …

Résumé Les hélicases, classées en six superfamilles (SF1-6), sont des protéines qui
utilisent l'énergie de l'ATP pour dérouler les acides nucléiques et pour remodeler les …