DNA microarrays are a powerful and promising approach to gain a detailed understanding
of the bacterial response and the molecular cross-talk that can occur as a consequence of …

The understanding of bacterial pathogenesis is dependent on techniques that elucidate the
underlying genetic and biochemical mechanisms. To study the mechanism of bacterial …

The developing complementary technologies of DNA microarrays and proteomics are
allowing the response of bacterial pathogens to different environments to be probed at the …

Microarray technology is a powerful high-throughput tool for the analysis of host–pathogen
interactions that permits simultaneous interrogation of the transcriptional status of thousands …

The development of novel anti-bacterial treatment strategies will be aided by an increased
understanding of the interactions that take place between bacteria and host cells during …

Gene expression profiling offers new opportunities for understanding host-cell responses to
microbial pathogens and their products. Current strategies involve either first identifying …

Microarray expression profiling and the development of data-mining tools and new statistical
instruments affords an unprecedented opportunity for the genome-scale study of bacterial …

The DNA microarray, a surface that contains an ordered arrangement of each identified
open reading frame of a sequenced genome, is the engine of functional genomics. Its …

It is essential to understand the molecular basis of a host's response to microbial infection so
that disease and tissue damage can be prevented. Modulation of host RNA expression is a …

Innate immune responses to pathogens are believed to be patterned and stereotyped.
Adaptive responses display variety but in relatively few types of products and with limited …