Latest Articles for Microbiology

REPORTH provides new ways to analyze repetitive DNA sequences in bacteria.

Research examines the impact of contamination in gut virome studies.

Explore how genomic data helps study germ spread and evolution.

Jyvaskylavirus discovered in Finland expands knowledge of giant viruses in the environment.

This article explores how eukaryotic cells evolved and their connections to archaea and bacteria.

This study reveals how E. coli adapts its movement in various spaces.

A study reveals crucial trends in Salmonella Typhimurium antibiotic resistance.

Researchers study nerve cells that help worms avoid sickening bacteria.

E. coli's growth strategies in low pH conditions highlight its adaptability and teamwork.

Researchers reveal cellular structures in aquatic microbial eukaryotes with advanced imaging techniques.

Study reveals how bacteria adhere differently to surfaces based on stiffness.

Biofilms are vital for bacteria communication and survival, impacting health and environment.

Introducing interval assumptions to enhance biological data analysis.

New techniques improve bacterial identification for quicker treatment decisions.

This research reveals how lipid composition impacts cell growth and membrane function.

Research reveals bacteria in Penang can break down poly(3-hydroxybutyrate).

This study reveals new insights into how bacteria regulate gene expression using σ-factors.

This study examines how bacteria affect the safety of leafy vegetables.

New approach estimates microbial growth without detailed tracking.

A new dataset enhances prediction accuracy for antibiotic resistance in clinical labs.

Microbes interact with plants to enhance growth and protect against diseases.

Pathogens use proteins to weaken plant immune systems, revealing important defense mechanisms.

This article examines how bacteria use cAMP for environmental response and adaptation.

T cells navigate crowded spaces to enhance immune response.

Research reveals DNA repair mechanisms in bdelloid rotifers for survival in extreme conditions.

Study reveals phages' roles in plant microbiomes and disease management.

Research highlights how antibiotic resistance genes move between different bacteria.

A study comparing whole foods and supplements on gut microbiome health.

Bacterial DNA segregation is shaped by growth conditions and cellular dynamics.

Examining lipid membranes offers insights into cellular functions and adaptations.

Study reveals genetic variations in blaTEM-1 and their impact on antibiotic resistance.

Researchers are developing methods to create precise DNA nanostructures for various applications.

Research reveals variability in how phages infect bacteria, impacting treatment effectiveness.

Research reveals how A. baumannii changes to survive antibiotic treatments.

Study reveals how soil conditions influence microbial traits and community structure.

Research shows how reduced genomes can improve bacterial efficiency and productivity.

New insights on sialic acid's impact on gut inflammation and microbiome.

Research reveals how gut bacteria influence health in C. elegans.

Research reveals how bacteria colonize plant leaves and impact growth.

Research explores engineering ferredoxins to control electron transfer in biological systems.