One health

Communicable diseases remain one of the major causes of mortality worldwide. There are disparities in the numbers of individuals affected by disease between low-and-middle-income countries and those in developed nations. Microbes will play in important role in drug discovery: producing anticancer drugs and antimicrobials. Applying One Health principles, to understand the interaction of pathogens and the human host, development of diagnostics, treatments, and disease prevention, applied microbiologists can shape global health and wellbeing outcomes.

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Professor Jack Gilbert leaves a lasting legacy of collaboration and global engagement at AMI

As Professor Jack Gilbert steps down as President of Applied Microbiology International, he leaves a legacy of collaboration, generosity and an unwavering commitment to strengthening our global community.

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  • Low-Res_neal hammer

    News

    These bacteria can change their diet to survive inside the body

    The team have found that Staphylococcus aureus can adjust its diet depending on what sources remain available. The bacterium can adjust its inner workings in response to any one of a number of different sulfur-containing compounds — like cysteine, glutathione or thiosulfate.

  • Ebola_virus_particles

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    Researchers discover highly potent compound that blocks Ebola virus entry

    A research team has discovered a highly potent small molecule that blocks Ebola virus entry by stabilizing the virus’s entry protein and provides strong protection when given orally in a preclinical model. It is more than 100 times more potent than previously reported Ebola entry inhibitors.

  • 26805_lores

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    C. diff coordinates threat response to survive in gut

    Researchers have discovered a unique system C. diff uses to simultaneously sense and respond to two different threats: host-mediated nutrient deprivation and a microbiota-produced antibiotic compound, suggesting new therapeutic options for preventing and treating C. diff infections.

More One Health

E coli

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Engineering bacterial surfaces with glucan nanofilms creates a potent vaccine platform against invasive fungal infections

A research team has developed a synthetic bacterium-based vaccine platform that uses engineered bacterial surfaces to assemble glucan nanofilms for enhanced antifungal immunity against pathogens such as Candida albicans.