18 articles tagged with "bacteria"
Recent findings suggest that specific bacteria in the human intestine may play a role in improving muscle strength, with potential significance for athletic performance.
A recent genomic study highlights the dynamic relationship between cholera bacteria and their viral adversaries, revealing rapid evolutionary changes in bacterial defenses.
Infrastructure lens: A Université de Montréal study uncovers a new mechanism in bacterial reproduction that could be targeted by future antibiotics.
Recent advancements in SimCells demonstrate their potential to effectively target and eliminate drug-resistant bacteria, addressing the critical issue of antimicrobial resistance.
Recent findings reveal a microbial relationship in the fungus causing angular leaf spot, potentially impacting disease management strategies for common beans.
Soil bacteria are essential in the breakdown of toxic aromatic compounds like phenols and styrenes, which pose risks to ecosystems. Their capacity to detoxify these substances is crucial for environmental health.
Recent findings elucidate how graphene oxide selectively targets bacteria while leaving human cells intact, with implications for hygiene in various applications.
Recent research has uncovered a novel mechanism by which bacteria regulate gene activity, challenging established theories about RNA's role in this process.
Developed by DTU researchers, PathogenFinder2 aims to identify genetic traits in unfamiliar bacteria, potentially preventing future pandemics through enhanced pathogen screening.
A recent study has identified that bacteria utilize accordion-like folds for DNA separation during replication, contrasting with human cellular processes.
Recent findings reveal a consortium of bacteria capable of degrading phthalate plasticizers, which individual microbes struggle to process. This discovery has significant implications for plastic waste management.
Recent research from the Weizmann Institute identifies previously uncharacterized phage proteins that play a role in bacterial immune signaling, expanding our understanding of phage-bacteria interactions.
A new method utilizes bacteria to convert waste plastic into L-DOPA, a key medication for Parkinson's disease, addressing both health and environmental challenges.
Recent research highlights the MraZ protein's critical function in bacterial cell division, revealing its structural dynamics and implications for gene regulation.
Recent advancements in microbial bioelectronic sensors leverage living bacteria and a shellfish-derived gel to generate electrical signals, improving monitoring capabilities in wastewater and food safety.
New research is focused on overcoming antibiotic tolerance in bacteria, allowing penicillin to regain its effectiveness against infections.
Research from the University of Helsinki assesses the performance of treated wood in preventing bacterial adhesion and survival, specifically targeting Staphylococcus epidermidis.
Research from the Technical University of Denmark highlights that antibiotic resistance measurements are influenced by the bacteria's habitat, questioning the reliability of standard lab tests.