Caltech Study Reveals Soil Bacteria's Adaptive Mechanisms Under Stress
Research from Caltech highlights how soil bacteria respond to stress, particularly in environments with low phosphorus, shedding light on microbial ecosystem dynamics.
10 articles tagged with "bacteria"
Research from Caltech highlights how soil bacteria respond to stress, particularly in environments with low phosphorus, shedding light on microbial ecosystem dynamics.
A team at the University of Notre Dame has identified a significant protein that aids in the attachment of the outer membrane of gram-negative bacteria, contributing to our understanding of antibiotic resistance.
A recent study from the University of São Paulo has identified 45 new toxins related to Salmonella, shedding light on foodborne infections and potential safety measures.
A recent study has uncovered how bacteria import complex sugar polymers, specifically β-1,2-glucans, highlighting their structural complexity and potential implications for microbial interactions.
A new coating technique developed by researchers at the University of Surrey and the University of Warwick aims to improve bacterial survival in wastewater treatment, which could enhance carbon capture and biofuel production.
A recent study from VIB and Vrije Universiteit Brussel reveals a mechanism that could significantly boost the efficacy of a popular biological pesticide, as detailed in Nature Communications.
Recent findings reveal that ice-forming proteins from Middle Eastern bacteria can influence weather patterns as far as California, highlighting their potential in various applications.
A new method developed by researchers at Harvard allows for the safe containment of implantable bacteria, potentially revolutionizing treatment options for infections and cancer.
A study from the University of Queensland highlights the role of mitochondrial fission in enhancing immune cell function, providing potential avenues for combating antibiotic resistance.
Research from the University of Florida uncovers over 17 bacterial species contributing to a long-standing disease affecting white button mushrooms, aiming to enhance cultivation practices.