The Microbiologist showcases the work that Applied Microbiology International does in applying the diverse experience of global, interdisciplinary experts to solve global challenges.
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.
Professor Sabiha Essack, the South African Research Chair in Antibiotic Resistance and One Health, Professor in Pharmaceutical Sciences at the University of KwaZulu-Natal, has been awarded the Christiana Figueres Policy to Practice Award.
The Afro-Caribbean Commercial Science Network (ACCSN), founded by Daniel Similaki, has been named as this year’s winner of the Dorothy Jones Diversity and Inclusion Achievement Award 2024.
Proper pasture management in the Amazon, aimed at maintaining soil vegetation cover, can reduce methane emissions from livestock farming, according to a new study analyzing emissions and microorganisms in Amazonian soil.
In Neurodiversity Celebration Week, PhD student Joshua Yates reveals the challenges of pursuing a career in microbiology with autism and dyslexia - and his advice to others.
Applied Microbiology International member Professor Christopher Stewart of Newcastle University has been named as one of three 2025 laureates in the eighth Blavatnik Awards for Young Scientists in the UK.
Francielly Bruna Neto Francisco and Ricardo Henrique Krüger, from the University of Brasília (UNB), warn that we urgently need technologies that will effectively eliminate partially or nonbiodegradable polymers from the marine environment.
Scientists investigating the potential of combined and more powerful drug treatments have found that antimicrobial resistance to these is arising via the vitamin B2 synthesis pathway.