Microbial diseases remain the commonest cause of global mortality and morbidity. Automated-DNA sequencing has revolutionized the investigation of pathogenic microbes by making the immense fund of information contained in their genomes available at reasonable cost. The challenge is how this information can be used to increase current understanding of the biology of commensal and virulence behaviour of pathogens with particular emphasis on in vivo function and novel approaches to prevention. One example of the application of whole-genome-sequence information is afforded by investigations of the pathogenic role of Haemophilus influenzae lipopolysaccharide and its candidacy as a vaccine
Improvements in homology search methodology and functional predictions are being complemented by the...
New sequencing technologies have made it possible to generate bacterial genomes at clinically releva...
Genome analysis of microbial pathogens has provided unique insights into their virulence, host adapt...
Microbial diseases remain the commonest cause of global mortality and morbidity. Automated-DNA seque...
Microbial diseases remain the commonest cause of global mortality and morbidity. Automated-DNA seque...
Whole-genome sequencing is transforming the study of pathogenic bacteria. Searches for single virule...
A wealth of new data have become available to the scientific community as a result of the sequencing...
Bacterial pathogens impose a heavy burden of disease on human populations worldwide. The gravest thr...
Whole-genome sequencing is transforming the study of pathogenic bacteria. Searches for single virule...
The availability of complete genome sequences is a revolution in the study of microorganisms. A full...
Although the majority of bacteria are harmless or even beneficial to their host, others are highly v...
Genome sequences are now available for many of the microbes that cause food-borne diseases. The info...
Genomics is changing the landscape of modern biology. The impact is far-reaching because it provides...
Pathogenic bacteria still represent a major threat to human health worldwide and the need for new va...
Genome sequences are now available for many of the microbes that cause food-borne diseases. The info...
Improvements in homology search methodology and functional predictions are being complemented by the...
New sequencing technologies have made it possible to generate bacterial genomes at clinically releva...
Genome analysis of microbial pathogens has provided unique insights into their virulence, host adapt...
Microbial diseases remain the commonest cause of global mortality and morbidity. Automated-DNA seque...
Microbial diseases remain the commonest cause of global mortality and morbidity. Automated-DNA seque...
Whole-genome sequencing is transforming the study of pathogenic bacteria. Searches for single virule...
A wealth of new data have become available to the scientific community as a result of the sequencing...
Bacterial pathogens impose a heavy burden of disease on human populations worldwide. The gravest thr...
Whole-genome sequencing is transforming the study of pathogenic bacteria. Searches for single virule...
The availability of complete genome sequences is a revolution in the study of microorganisms. A full...
Although the majority of bacteria are harmless or even beneficial to their host, others are highly v...
Genome sequences are now available for many of the microbes that cause food-borne diseases. The info...
Genomics is changing the landscape of modern biology. The impact is far-reaching because it provides...
Pathogenic bacteria still represent a major threat to human health worldwide and the need for new va...
Genome sequences are now available for many of the microbes that cause food-borne diseases. The info...
Improvements in homology search methodology and functional predictions are being complemented by the...
New sequencing technologies have made it possible to generate bacterial genomes at clinically releva...
Genome analysis of microbial pathogens has provided unique insights into their virulence, host adapt...