The Escherichia coli nucleoid protein, H-NS (or H1a), appears to influence the regulation of
a variety of unrelated E. coli genes and operons. To gain an insight into the regulation of the …

The expression of numerous Escherichia coli cellular proteins was previously demonstrated
to be greatly enhanced in a hns deletion background, relative to the levels in wild-type cells …

The H‐NS protein is a major constituent of the Escherichia coli nucleoid structure and is
implicated in the compact organization of the chromosome. Based on recent genetic …

The H‐NS protein of enteric bacteria is one of the major proteins of the bacterial nucleoid
and seems to play an important role in nucleoid structure. Transcription of the hns gene …

Expression of a promoterless cat gene fused to a DNA fragment of approximately 400 bp,
beginning at–313 of Escherichia coli hns, was significantly repressed in E. coli and …

Mutations in the structural gene (hns) for the Escherichia coli nucleoid‐associated DNA‐
binding protein H‐NS cause highly pleiotropic effects on gene expression, site‐specific …

The nucleoid-associated protein H-NS has a central role in the structuring and control of the
enteric bacterial chromosome. This protein has been demonstrated to contribute to the …

TheEscherichia coliH-NS protein is one of the major constituents of the nucleoid structure.
This protein has been implicated not only in the compact organization of the nucleoid …

The Escherichia coli nucleoid protein, H-NS, functions as a global regulator for expression of
a wide variety of genes. We recently analyzed the structure-function relationship of H-NS …

Replacement of the CRP‐binding site of the gal control region by curved sequences can
lead to the restoration of promoter strength in vivo. One curved sequence called 5A6A …