All Editorial articles – Page 36
-
NewsRed meat may worsen IBD — here’s what could help
New research sheds light on why red meat may worsen inflammatory bowel disease (IBD). Researchers found that mice fed a beef-based diet developed the most severe intestinal inflammation, but those consuming pea protein showed only mild symptoms.
-
NewsShare your story: Neurodivergent STEM professionals invited to take part in video project
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.
-
NewsLarge-scale microbiome study identifies robust colorectal cancer signature
Researchers have identified a robust microbial signature associated with colorectal cancer. The study also analysed 906 intestinal tissue samples to compare stool-based microbiome signals with microbes found directly in tumour tissue.
-
CareersLAMECS 2026: An important milestone for early-career microbiologists
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.
-
NewsScientists unlock gut-healing power of fruits and nuts paired with the right gut microbes
Scientists discovered how a naturally occurring microbial metabolite called urolithin A, which is generated by gut bacteria after digestion of foods such as pomegranates, walnuts and berries, activates a protective pathway in the intestine that may help preserve gut health.
-
NewsThe climate crisis threatens river microbial biodiversity
A study warns that the biodiversity and biological functions of aquatic fungi in rivers are at risk due to rising temperatures, prolonged dry periods and the loss of riparian vegetation caused by climate change.
-
NewsA soil bacterium turns electricity and carbon dioxide into acetate
A new study shows that a soil bacterium can directly reduce Fe(III) minerals, exchange electrons with electrodes, and use electrode-derived electrons to convert carbon dioxide into acetate under autotrophic conditions.
-
NewsDiscovery of severe pneumonia subtypes could lead to tailored treatments for life-threating disease
New research shows that severe pneumonia has three different subtypes, helping explain why some patients in intensive care units (ICUs) recover quickly, while for other patients the disease can be life-threatening.
-
OpinionFungi that inspired The Last of Us may hold the key to a pesticide-free agriculture
They may be the stuff of our nightmares, but Aditya Singh Ranout reveals how invisible allies underneath our feet in the form of entomopathogenic fungi are transforming agriculture - and why these fascinating microbes may hold the key to a pesticide-free agriculture.
-
NewsHidden protein linked to severe COVID-19 and lung disease risk
A genetic difference carried by nearly one in three people may increase the risk of severe COVID-19 and lung fibrosis by disrupting the function of a previously unknown protein, according to a new study.
-
NewsVeterinary review warns antibiotic resistance threatens vision in pets
A new review warns sight-threatening antibiotic-resistant eye infections are becoming a significant threat to vision in dogs, cats, and horses with multidrug-resistant bacteria becoming more common in referral veterinary settings.
-
NewsThe early immune clues that determine who develops TB
An early view of the immune response to bacteria in the lungs provides clues as to why some people keep TB in check, while others develop disease, suggesting new ways to intervene earlier and stop TB.
-
NewsNative litter jump-starts microbial recovery in mine soils
By applying litter collected from nearby native woodland to rehabilitated mine land, a study has shown increases in microbial diversity, enrichment of carbon- and nitrogen-cycling microorganisms, and stronger biochemical potential for soil organic matter decomposition and nitrogen mobilization.
-
NewsGut fungi may hold the key to treating asthma worldwide
Two new studies reveal that certain species of fungi in the gut play a key role in the development of immune dysregulation and some pediatric allergic diseases — and may be promising targets for new therapies.
-
NewsNatural symbiosis: How plants and microbes share vital nutrients in fragile ecosystems
Researchers using stable isotope labelling to investigate how different forms of nitrogen are used by plants and microbes in alpine heath environments found that plants and microbes use distinct strategies to access this critical nutrient.
-
NewsResearch team awarded NIH grant to study congenital CMV transmission during pregnancy
A research team has received a new 5-year, $3.87 million R01 grant from the National Institutes of Health (NIH) to investigate how the immune system protects against congenital cytomegalovirus (CMV) infection.
-
NewsUnsafe water still drives global diarrheal disease burden
A new study, analysing data from the Global Burden of Disease 2021 database, found that deaths and disability-adjusted life years linked to unsafe water have declined sharply over the last three decades. Nevertheless, the burden remains concentrated in low socio-demographic index regions.
-
CareersLAMECS 2026: microbes, career motivation, and exploring life on Mars!
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.
-
NewsMicrobes reveal how tillage shapes soil carbon storage
A new study on maize fields in Jilin Province, China, found adding organic carbon sources on top of straw had different effects on the organic carbon in the topsoil in comparison to the subsoil.
-
NewsGlobal port microbiomes reveal hidden biosecurity signals
By analyzing more than 16 million 16S rRNA gene sequences from 1,045 port water samples collected in 23 cities across five continents, a study has found clear biogeographic patterns, a core set of dominant bacterial genera, and widespread potential pathogens.