Bacterial stress responses provide them the opportunity to survive hostile environments,
proliferate and potentially cause diseases in humans and animals. The way in which …

In their natural environment, bacteria are under constant pressure to adapt to suboptimal
growth conditions. Bacteria have acquired several defense mechanisms in order to increase …

Bacteria encounter a variety of growth‐compromising conditions both in nature and in the
hosts of pathogenic bacteria. These “stresses” elicit protective and/or adaptive responses …

Bacteria in various habitats are subject to continuously changing environmental conditions,
such as nutrient deprivation, heat and cold stress, UV radiation, oxidative stress, dessication …

RNase R is also a cold-shock protein in A. hydrophila. In this highly toxic microorganism,
which is resistant to multiple medications, chlorine, and cold temperatures, RNase R was …

Biofilm formation and antibiotic resistance are important determinants for bacterial
pathogenicity. Ribonucleases control RNA degradation and there is increasing evidence …

Every living organism must cope with environmental changes that may represent stress
situations, including elevated temperature, chemical stress or oxidative injury. Cells respond …

Bacterial processes necessary for adaption to stressful host environments are potential
targets for new antimicrobials. Here, we report large-scale transcriptomic analyses of 32 …

Universal stress proteins are a class of proteins widely present in bacteria, archaea, plants,
and invertebrates, playing essential roles in bacterial adaptation to various environmental …

Introduction Bacteria are ubiquitous and many of them are pathogenic in nature. Entry of
bacteria in host and its recognition by host defense system induce stress in host cells. With …