Researchers uncover a hidden mechanism that enables bacteria to rapidly develop antibiotic resistance; disrupting this mechanism could improve the effectiveness of antibiotic treatments.
Researchers develop an innovative platform for engineering three-dimensional microbial structures while preserving molecular diffusion, microbial motility, and growth.
Scientists have created a detailed microscopic atlas that provides one of the clearest pictures to date of how citrus huanglongbing (HLB), also known as citrus greening disease, develops over time and affects different parts of a tree.
Researchers present a remarkable clinical case that provides new insights into the evolution of bacterial pathogens and presents the concept of heterovirulence, i.e., the simultaneous presence of subpopulations with different levels of virulence within a single infection.
A study reports that melon plants perceive and respond differently to two phylogenetically similar Bacillus strains. Bacillus subtilis NCIB3610 and B. velezensis FZB42 — despite colonizing roots with similar efficiency — trigger fundamentally different host programs.
A novel extracellular vesicle platform helps polymyxins kill multidrug-resistant gram-negative bacteria at lower and potentially safer doses.
Researchers uncover a hidden mechanism that enables bacteria to rapidly develop antibiotic resistance; disrupting this mechanism could improve the effectiveness of antibiotic treatments.
Scientists have created a detailed microscopic atlas that provides one of the clearest pictures to date of how citrus huanglongbing (HLB), also known as citrus greening disease, develops over time and affects different parts of a tree.
Researchers present a remarkable clinical case that provides new insights into the evolution of bacterial pathogens and presents the concept of heterovirulence, i.e., the simultaneous presence of subpopulations with different levels of virulence within a single infection.
ABM, a leading international provider of facility, engineering, and infrastructure solutions, has secured a major multi-site services agreement with a leading global life sciences company operating manufacturing facilities across Ireland.
At ASM Microbe 2026, Bruker Corporation’s Microbiology & Infection Diagnostics (BMID) division demonstrated its expanding portfolio and innovations across microbial identification, sepsis diagnostics, molecular testing, and NGS workflows, advancing clinical research, and faster, actionable infectious disease diagnostics.
Researchers develop an innovative platform for engineering three-dimensional microbial structures while preserving molecular diffusion, microbial motility, and growth.
Biomedical engineers have developed a fully automated workflow that simplifies and accelerates the preparation of bacterial samples for genetic sequencing. The method streamlines a critical bottleneck in the genetic sequencing process.
A new artificial intelligence model called Evo 2 can analyze and generate DNA sequences across bacteria, archaea, plants, animals, and other forms of life, marking a major step toward a unified AI system for biology.
Microbiologists have a rare opportunity to help shape future European biotechnology regulation. Applied Microbiology International (AMI) is calling on members to contribute as the European Commission seeks expert input on a proposed new Biotech Act.
The Woods Hole Oceanographic Institution (WHOI) has announced a transformative philanthropic commitment to advance global coral reef research and solutions. The gift will establish the WHOI Schiller Center for Reef Solutions.
BugBiome has secured a £500,000 grant from Innovate UK to fund a collaborative project to develop a new biological insecticide to control cabbage stem flea beetles (CSFB) in oilseed rape.