Simple Rules Drive Bacteria’s Stunning Switch From Swarms to Waves
Researchers show that Myxococcus xanthus switches between swarming and rippling through just two mechanisms—local cellular alignment and congestion-triggered reversals.
Researchers show that Myxococcus xanthus switches between swarming and rippling through just two mechanisms—local cellular alignment and congestion-triggered reversals.
Researchers isolated a salt-tolerant Bacillus strain from Yuncheng Salt Lake and used UV mutagenesis to nearly triple its lipase activity, ...
A systematic review of thirty-one studies involving over twelve hundred patients maps the bacterial and fungal organisms colonising infected pancreatic ...
A systematic comparison of seven commercial TCBS agar formulations reveals significant variability in the recovery of Vibrio cholerae and Vibrio ...
New research identifies the conserved RNA-binding protein SpoVG as a pleiotropic regulator that coordinates biofilm formation and environmental persistence in ...
A closed-loop robotic platform now preserves native deep-sea conditions while automatically cultivating and isolating extremophiles in place.
Researchers have engineered tools that recover hundreds of individual integron gene cassettes with over 99 percent specificity, uncovering five previously ...
In a development that is drawing attention across the clinical microbiology community, physicians in Germany have reported the first known ...
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© 2025 Scienmag - Science Magazine