Amandine Gamble

The paper screens seabird species for antibodies against avian cholera bacteria to assess spatial distribution and identify potential sentinels for disease monitoring.

The paper sequences Betacoronavirus gravedinis from white-footed mice in NYC, identifies positively selected sites in the spike protein, and predicts its geographic distribution using phylogenetic and biodiversity data.

This study tracks the spread and evolution of H5N1 in the sub-Antarctic and Antarctica, revealing long-distance dispersal and mammalian-adaptive mutations.

This study identifies drivers of infectious agent communities in seabirds by analyzing factors like host species, island location, and transmission traits across multiple islands.

This study confirms the first H5N1 infection in Antarctic ice-dependent seals and identifies multiple introductions of the virus in the region.

The paper uses machine learning to classify RNA virus infections from host transcriptomes without relying on viral sequences, showing accurate classification across different viruses.

The paper investigates the delayed incursion of H5N1 avian influenza in Antarctica by analyzing surveillance data from before confirmed cases.

The paper examines connectivity and inter-population mixing of marine predators during an HPAI outbreak, revealing potential pathways for disease spread.

The paper genomes 16 Erysipelothrix isolates from albatross carcasses, identifies them as a novel species, and proposes the name Erysipelothrix amsterdamensis.