Early career research is crucial for science, and in delivering applied microbiology to the world. This page is focused on showcasing innovations and research from early career researchers across the globe and provides a hub for the latest news, opinions, careers advice and research for early career scientists. Discover how interdisciplinary colleagues from around the world are making advancements in, and through, applied microbiology.
Applied Microbiology International is celebrating after being shortlisted in the 2026 Memcom Excellence Awards. The Letters in Applied Microbiology Early Career Academic Editor Training Programme made the finalists in the “Best Education Initiative” category.
Read storyFaster and more effective ways to treat Pseudomonas aeruginosa could be on the cards thanks to a first-of-its-kind 3D computer model which shows how the bacterium grows and reshapes its protective layer and spreads to new surfaces.
Researchers have discovered that a group of viruses known to infect an agriculturally important plant pathogen has remained genetically stable for an astonishing four decades. The work also led to the classification and naming of the group of phages.
In order to better understand which changes occur during the initial weeks of Hepatitis E infection, researchers specifically focused on this early phase.
A research team analyzed the key bottlenecks limiting the commercialization of biomanufacturing, and proposed an AI-based roadmap for industrialization.
Scientists have discovered that gut bacteria help regulate the development of the body’s immune system by directing the movement of vitamin A through a previously unrecognized cellular network.
The presence of certain bacteria in the gut microbiota, and fluctuations in a person’s metabolism, can be seen in people who go on to develop type 2 diabetes years later, paving the way for identifying people at risk of developing type 2 diabetes at an early stage.
Researchers have found that immune cells in a portion of the abdominal cavity, called the mesentery, play a critical role in suppressing — or exacerbating — salmonella infection.
Engineers have developed a gene-editing tool built specifically for fungi, unlocking a hidden library of molecules—including some with early anti-cancer promise—from one of biology’s most overlooked kingdoms.
A new study reveals the molecular mechanism behind one of the most powerful mechanical actions in all of biology, the reeling in of tiny surface fibers called type IV pili.
Researchers have caught the malaria parasite’s moving junction in the act, obtainingg the first high-resolution view of its three-dimensional structure. It turns out to be a molecular machine that actively remodels the host cell’s membrane to help the parasite force its way inside.
Researchers looking at the cell membrane investigate how the proteins manufactured by the ribosomes in the cell interior reach their position within the membrane in the correct form and when the processes became established over the course of evolution.
A new study has uncovered a previously unknown antiviral defense mechanism in sea anemones, revealing that animals may have evolved more than one way to fight viral infections.
Applied Microbiology International (AMI) is inviting researchers, students and professionals across the STEM community to take part in a new video series exploring the experiences of neurodivergent people working in science, technology, engineering and mathematics.
Ekramul Karim reveals why LAM ECS 2026 has been an important milestone in his own journey as an early-career microbiologist and how it has broadened his appreciation for the versatility of microbiology beyond biomedical and environmental settings.
Jemima Swain reports back on her experiences of the Letters in Applied Microbiology ECS Symposium 2026 at Manchester Metropolitan University, which brought together almost 100 delegates for a day of scientific presentations, posters, careers talks, and opportunities for discussion and networking.
Researchers have taken a significant step toward a genital herpes vaccine that in preclinical models prevented infection. This study extends the original “prime and pull” approach by developing a new nanoparticle that effectively induces local immunity.
A new “electronic nose” can detect the scents associated with spoiled food much more accurately than the human nose. It can also sniff out the presence of common food allergens, like walnuts and peanuts, which can be deadly for those with sensitivities.
A new study investigates how the Green View Index (GVI) relates to the richness and diversity of bacteria in the Taipei metropolitan area in Taiwan. The more vegetation in the area, the richer its microbial community.
In addition to finding ways to ferment grape juice without producing as much alcohol, one scientist is exploring novel yeasts and methods to overproduce aromas to compensate for their eventual loss when reducing alcohol through grape juice dilution.
In a landmark achievement in biological imaging, researchers have announced the successful demonstration of the laser phase plate, a novel device that dramatically improves the contrast of images produced by cryo-electron microscopes, opening up an entirely new view of human biology.
Researchers detected pathogenic species of Sporothrix in the internal organs of mammals, birds, and reptiles that were killed by vehicles on Brazilian roads. The study reveals a new reservoir for fungi and highlights the need for surveillance.
Historically, dengue fever has been rare in California. But according to new research, a warming climate is making parts of the state more hospitable to the illness — and the mosquitoes that carry it.