The Microbiologist showcases the work that Applied Microbiology International does in applying the diverse experience of global, interdisciplinary experts to solve global challenges.
Researchers discover unprecedented pollution-fighting genetic adaptations in tiny organisms inhabiting Brooklyn’s highly contaminated Gowanus Canal, revealing a potential new approach for cleaning contaminated waters and recovering valuable resources.
Personalized pre/probiotic treatments could someday be used to support healthy sleep through stressful exam periods and menopause, a new review suggests.
Applied Microbiology International is looking for new members to join our team as Trustees on the AMI Executive Committee from July 2025.
Scientists have developed a rapid, sensitive and specific test for a bacterial pathogen that is responsible for necrotic enteritis in poultry, a disease that causes billions in global economic losses annually.
More than 500 delegates gathered at the ICC in Birmingham over three days this week for the first ever Minoritised Life Scientists Future Forum, which was supported by Applied Microbiology International.
Contaminated water is particularly dangerous in rural areas where private groundwater wells supply drinking water to households - but AMI One Health Advisory Group member Dr Zina Alfahl reveals a low-cost, simple way to check for STEC.
Microbiologists need to seize opportunities to engage with policymaking in order to move towards better, more scientifically informed policy that serves the common good, a new paper published in Sustainable Microbiology urges.
Applied Microbiology International members are among a team of high level microbiologists who have teamed up to highlight how the world’s tiniest creatures are delivering solutions to climate change and pollution.
Leading scientists from around the world recently convened at the Center for Microbiome Innovation’s International Microbiome Meeting (CIMM) at the Scripps Institution of Oceanography in San Diego.
A team including members of AMI has provided a model illustrating how Pseudomonas bacteria can influence root development to promote growth and enhance the adaptation of plants under salinity stress.