Bacterial Biofilms Emerge as Hidden Engine of the Antimicrobial Resistance Crisis
A new review reports that bacteria in biofilms can resist antibiotics up to 1,000 times more than planktonic cells, driving ...
A new review reports that bacteria in biofilms can resist antibiotics up to 1,000 times more than planktonic cells, driving ...
A toxin-antitoxin system that helps Mycobacterium abscessus survive frontline antibiotics leaves the bacterium vulnerable to drugs targeting DNA replication and ...
A new review argues that antibiotic failure in biofilm infections often begins with reversible physiological tolerance rather than genetic resistance, ...
A new review outlines how drug-tolerant persister cells hidden within minimal residual disease drive cancer relapse and how pathway inhibitors, ...
A new Perspective in Nature Reviews Urology argues that antibiotic tolerance and persister cells, rather than resistance alone, may explain ...
New research reveals that Leishmania parasites survive antimony treatment through active transcriptome remodeling, a transient persister state that may pave ...
Researchers have shown that the phosphate transport protein PhoU enables Klebsiella pneumoniae to form antibiotic-tolerant persister cells by upregulating methionine ...
In the relentless battle between modern medicine and bacterial infections, a new beacon of hope emerges from the forefront of ...
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© 2025 Scienmag - Science Magazine