Research Fighting antibiotic resistance using pulsed treatment regimes Vaccines prevail as drug treatments fail Antibiotic overuse for middle ear infections Parasite traits have a greater impact on infection dynamics than parasite intensity Pathogen variation is influenced by genetic drift across multiple biological scales Evidence that malaria competition between strains is influenced by resource availability Using different chemotherapy strategies to reduce drug resistance and save lives The challenge of polio eradication New targets for malaria vaccines Student Profile: Malaria vaccines Student Profile: Mareks Disease Integrated vector control Developing Malaria Vaccines Growth kinetics and virulence in entomopathogenic fungi Genetic resistance to a usually lethal viral infection is found in a wild relative of tomato In the war against drug resistant parasites, the big guns can backfire. Leaky vaccines promote the transmission of more virulent virus All together, now! Jump-starting host evolution: Recent integration of a retrovirus into the mule deer genome Why biological diversity may be good for your health Whole-genome analysis sheds light on influenza virus evolution Recombination helps virus jump species? Rapid rise of antiviral resistance in influenza not caused by drug selection pressure Rapid evolution in a DNA virus Parasites and climate change Influenza evolution: the importance of chance processes Influenza evolution and epidemic dynamics Evolution and emergence of Bordetella in humans Considering drug resistance in aggressive treatment strategies Dengue viral diversity affected by prevalence of "competing" serotypes? Dengue evolution: viral diversity in the Americas Ribosomes as key to stopping bacteria Avian influenza virus evolves rapidly in wild birds Acellular pertussis vaccination enhances B. parapertussis colonization Antibiotic Resistance: A Primer and Call to Action Identification of microbial communities using meta-transcriptomics Novel hepatitis-like viruses discovered in wild rodents, raising hopes for laboratory models of huma Malaria parasites can become more virulent in vaccinated hosts
