Scientists used patterned plastic surfaces to trick bacteria into halting their own spread. These designs may prevent infections without the need for antimicrobial drugs. Scientists at the University of Nottingham have identified surface patterns that significantly reduce the ability of bacteria to multiply on plastics. This discovery could help prevent infections on medical devices such […]



Summary

Scientists have discovered patterned plastic surfaces that disrupt bacterial growth, offering a potential solution to prevent infections without relying on antibiotics. Researchers at the University of Nottingham created these surfaces, which significantly reduce bacterial multiplication on plastics. This novel approach could prove particularly useful in preventing infections associated with medical devices, and holds promise in combating the growing threat of antimicrobial resistance by offering an alternative, non-drug-based strategy.

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