Latest news
AMI members call for microbiome-focused approach to EU biotechnology regulation
Members of Applied Microbiology International (AMI) have urged the European Commission to put microbial communities at the heart of environmental risk assessments for genetically modified microorganisms, as part of its response to the EU Biotech Act consultation.
Single-copy genes could improve identification of closely related Vibrio species
A new genetic approach could make it easier to distinguish closely related Vibrio species and estimate how abundant they are in environmental samples. Researchers found that single-copy genes can provide higher resolution than the widely used 16S rDNA marker, which often struggles to separate highly similar bacteria.
Bacteria-powered biocomputer tackles complex problems in parallel
Researchers have built a biocomputer that uses growing bacteria to explore many possible solutions at the same time. By guiding the microbes through microfluidic networks, the system could offer a resource-efficient way to tackle complex problems in areas such as molecular biology, encryption and AI.
Enzyme found to have surprising role in earliest infant gut microbiome development
Microbiologists have found that an enzyme, not normally associated with microbial activities in the human gut, to have a role in how some bacteria access key nutrients in breast milk.
Who actually benefits from H. pylori treatment? A genetic score can tell before the first pill
In two Chinese randomized trials, a genetic score built from 11 variants identified people whose gastric cancer risk fell 56%–80% after Helicobacter pylori eradication — cutting the number needed to treat from 112 to 43.
Simulator predicts jumping genes’ roles in changing genome size
Researchers have created a new computational tool that works from an inferred ancestral point and evolves forward to the modern-day genome to trace the insertion and deletion dynamics of these ’jumping genes’, known as transposable elements.
Bacteria-powered biocomputer tackles complex problems in parallel
Researchers have built a biocomputer that uses growing bacteria to explore many possible solutions at the same time. By guiding the microbes through microfluidic networks, the system could offer a resource-efficient way to tackle complex problems in areas such as molecular biology, encryption and AI.
Enzyme found to have surprising role in earliest infant gut microbiome development
Microbiologists have found that an enzyme, not normally associated with microbial activities in the human gut, to have a role in how some bacteria access key nutrients in breast milk.
Who actually benefits from H. pylori treatment? A genetic score can tell before the first pill
In two Chinese randomized trials, a genetic score built from 11 variants identified people whose gastric cancer risk fell 56%–80% after Helicobacter pylori eradication — cutting the number needed to treat from 112 to 43.
Perpetual Next signs agreement to accelerate the roll-out of standardized biomethanol plants
Perpetual Next have signed a License and Engineering Agreement with Air Liquide Engineering and Technologies for the supply of syngas-to-methanol technology for Perpetual Next’s first biomethanol facility, with an option to extend across other biomethanol sites.
AFYREN and Terrial renew their partnership for French-manufactured potash fertilizers
AFYREN and Terrial today announce the renewal of their strategic partnership with the signing of a new multi-year fertilizer supply contract, worth several tens of millions of euros This long-term contract strengthens both companies’ commitment to making French agriculture more sustainable and less dependent on international fertilizer markets.
Simulator predicts jumping genes’ roles in changing genome size
Researchers have created a new computational tool that works from an inferred ancestral point and evolves forward to the modern-day genome to trace the insertion and deletion dynamics of these ’jumping genes’, known as transposable elements.
New AI tool helps scientists identify bacteria hidden in soil
A handful of soil holds a crowded world of bacteria, fungi and other organisms. Scientists can collect their DNA, but much of it remains difficult to identify. Now, researchers have developed an artificial intelligence tool that recognizes bacterial DNA in tiny genetic fragments, making it faster and easier to study the complex communities living in soil.
Electricity-powered yeast converts CO₂ into useful chemicals
Researchers have developed an electrobioreactor that turns carbon dioxide into itaconic acid, a valuable chemical used in plastics, textiles and resins. The system combines electrochemistry with engineered yeast, offering a potential route to produce bio-based chemicals from emissions instead of sugar.
AMI members call for microbiome-focused approach to EU biotechnology regulation
Members of Applied Microbiology International (AMI) have urged the European Commission to put microbial communities at the heart of environmental risk assessments for genetically modified microorganisms, as part of its response to the EU Biotech Act consultation.
Can the microbiome really change medicine? Scientists confront the evidence gap
At Targeting Microbiota 2026 in Málaga, international scientists will explore how microbiome discoveries can move beyond laboratory research toward evidence-based clinical applications.
$3.67m NIH grant targets alphaviruses and their neurological damage
A $3.67 million NIH-funded project is developing antiviral compounds that could block alphavirus replication and help protect the brain from severe infection. Researchers will also use blood-brain-barrier-on-a-chip models to test whether early treatment can reduce neurological damage.