The coordination of bacterial genomic transcription involves an intricate network of
interdependent genes encoding nucleoid-associated proteins (NAPs), DNA …

Bacterial pathogenic growth requires a swift coordination of pathogenicity function with
various kinds of environmental stress encountered in the course of host infection. Among the …

ABSTRACT DNA supercoiling acts as a global transcriptional regulator that contributes to
the rapid transcriptional response of bacteria to many environmental changes. Although a …

In this article we describe the bacterial growth cycle as a closed, self-reproducing, or
autopoietic circuit, reestablishing the physiological state of stationary cells initially inoculated …

Nucleoid-associated proteins (NAPs) are a class of highly abundant DNA-binding proteins
in bacteria and archaea. While both the composition and relative abundance of the NAPs …

We read the article entitled “Combined Study of Gene Expression and Chromosome Three-
Dimensional Structure in Escherichia coli During Growth Process” by Zhang et al. with great …

DNA supercoiling is an essential mechanism of bacterial chromosome compaction, whose
level is mainly regulated by topoisomerase I and DNA gyrase. Inhibiting either of these …

While classical models of transcriptional regulation focus on transcription factors binding at
promoters, gene expression is also influenced by chromosome organization. Understanding …

DNA supercoiling acts as a basal transcriptional regulator, which contributes to the quick
and global transcriptional response of bacteria to many environmental changes. In spite of …

DNA supercoiling acts as a global transcriptional regulator, which contributes to the rapid
transcriptional response of bacteria to many environmental changes. Although a large …