Pon , C.L. Antagonistic H-NS proteins in the transcriptional control of hns expression .
C.O. H-NS proteins in the transcriptional control of hns expression .
Gualerzi H-NS proteins in the transcriptional control of hns expression .
A. H-NS proteins in the transcriptional control of hns expression .
La Teana H-NS proteins in the transcriptional control of hns expression .
A. H-NS proteins in the transcriptional control of hns expression .
Brandi H-NS proteins in the transcriptional control of hns expression .
M. H-NS proteins in the transcriptional control of hns expression .
Falconi H-NS proteins in the transcriptional control of hns expression .
Antagonistic involvement of H-NS proteins in the transcriptional control of hns expression .
Interestingly , the results indicate that H-NS is a positive regulator of STY1978 ; one possibility is that in an hns mutant the levels of LeuO increase since leuO is repressed by H-NS .
As suggested by our previous study , establishing the Mg2-responsive regulation of these loci requires the transcriptional repressor H-NS ; thus the mRNA level remains high in high-Mg2 conditions in the hns mutant .
As suggested by our previous study , establishing the Mg2-responsive regulation of these loci requires the transcriptional repressor H-NS ; thus the mRNA level remains high in PhoP-repressing conditions in the hns mutant .
Consistent with the pleiotropic effects of hns mutations were regulated by H-NS in S. Typhimurium .
SPI-2 Effector Genes Are Repressed by hns -- Previous array studies revealed preferential binding of H-NS to horizontally acquired AT-rich DNA , including sseJ loci .
SPI-2 Effector Genes Are Repressed by hns -- Previous array studies revealed preferential binding of H-NS to horizontally acquired AT-rich DNA , including sifB .
SPI-2 Effector Genes Are Repressed by hns -- Previous array studies revealed preferential binding of H-NS to horizontally acquired AT-rich DNA , including the sifA .
Nevertheless , when F7 was divided into F9 , containing the 5 3 = regions of F7 , respectively , no H-NS affinity for both F9 was detected , suggesting nonspecific binding of H-NS to F7 in accordance with the null effect of the hns mutation on dsbL expression .
Nevertheless , when F7 was divided into F9 , containing the 5 = regions of F7 , respectively , no H-NS affinity for both F9 was detected , suggesting nonspecific binding of H-NS to F7 in accordance with the null effect of the hns mutation on dsbL expression .
Nevertheless , when F7 was divided into F8 , containing the 5 3 = regions of F7 , respectively , no H-NS affinity for both F8 was detected , suggesting nonspecific binding of H-NS to F7 in accordance with the null effect of the hns mutation on dsbL expression .
Nevertheless , when F7 was divided into F8 , containing the 5 = regions of F7 , respectively , no H-NS affinity for both F8 was detected , suggesting nonspecific binding of H-NS to F7 in accordance with the null effect of the hns mutation on dsbL expression .
Nevertheless , when F7 was divided into two smaller fragments , containing the 5 3 = regions of F7 , respectively , no H-NS affinity for both F9 was detected , suggesting nonspecific binding of H-NS to F7 in accordance with the null effect of the hns mutation on dsbL expression .
Nevertheless , when F7 was divided into two smaller fragments , containing the 5 = regions of F7 , respectively , no H-NS affinity for both F9 was detected , suggesting nonspecific binding of H-NS to F7 in accordance with the null effect of the hns mutation on dsbL expression .
Nevertheless , when F7 was divided into two smaller fragments , containing the 5 3 = regions of F7 , respectively , no H-NS affinity for both F8 was detected , suggesting nonspecific binding of H-NS to F7 in accordance with the null effect of the hns mutation on dsbL expression .
Nevertheless , when F7 was divided into two smaller fragments , containing the 5 = regions of F7 , respectively , no H-NS affinity for both F8 was detected , suggesting nonspecific binding of H-NS to F7 in accordance with the null effect of the hns mutation on dsbL expression .
Effect of low-temperature on the regulation of the plasmid-encoded hns gene R27 encode a protein related to the global modulator H-NS .