Large-scale genetic surveillance of malaria implemented by National Malaria Control Programmes informs public health decision makers about the spread of strains resistant to antimalarials.

Combining parasite genetic and human mobility data can provide detailed information on local and cross-border connectivity, allowing programs to strengthen local and regional coordination for successful elimination of malaria.

The abundance and complex genetic diversity of swIAV were documented and the zoonotic potential evaluated.

Sampling informed by pathogen genomic data may facilitate more efficient detection of novel antibiotic resistance than random sampling.

A tool that analyzes the genome of parasites found in the blood of malaria patients can help inform policy decisions on how best to tackle the rise in drug-resistant infections.

Human mobility drives malaria importation within countries and threatens elimination interventions, but can be measured using new approaches that combine parasite genetics, mobile phone data, travel surveys and models.

Contact tracing data reveal how a One Health approach underpinned by dog vaccination interrupts rabies transmission in reservoir populations removing the risk to humans, while virus genome data highlight the importance of surveillance and sustained dog vaccination in connected populations.

A whole-genome siRNA screen identifies ICE1 as a factor required for accurate sensing and quality control of mRNAs containing premature stop codons.

Vaccination has the potential to decrease swine influenza diversification by restricting influenza virus co-infections and reassortment events in pigs.

Cell competition is an important mechanism selecting against aneuploid cells.