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Smart self-defensive coatings with bacteria-triggered antimicrobial response for medical devices
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DOI：10.1039/d4bm00936c.png)
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Abstract
En 中文
Bacterial colonization and biofilm formation on medical devices represent one of the most urgent and critical challenges in modern healthcare. These issues not only pose serious threats to patient health by increasing the risk of infections but also exert a considerable economic burden on national healthcare systems due to prolonged hospital stays and additional treatments. To address this challenge, there is a need for smart, customized biomaterials for medical device fabrication, particularly through the development of surface modification strategies that prevent bacterial adhesion and the growth of mature biofilms. This review explores three bioinspired approaches through which antibacterial and antiadhesive coatings can be engineered to exhibit smart, stimuli-responsive features. This responsiveness is greatly valuable as it provides the coatings with a controlled, on-demand antibacterial response that is activated only in the presence of bacteria, functioning as self-defensive coatings. Such coatings can be designed to release antibacterial agents or change their surface properties/conformation in response to specific stimuli, like changes in pH, temperature, or the presence of bacterial enzymes. This targeted approach minimizes the risk of developing antibiotic resistance and reduces the need for continuous, high-dose antibacterial treatments, thereby preserving the natural microbiome and further reducing healthcare costs. The final part of the review reports a critical analysis highlighting the potential improvements and future evolutions regarding antimicrobial self-defensive coatings and their validation. Smart self-defensive antibacterial coatings that respond to internal bacteria triggers are a powerful and promising tool in the fight against medical device-related bacterial infections.
Keywords:
DEGRADABLE MULTILAYER FILMS
BY-LAYER FILMS
BIOFILM FORMATION
POLYMER BRUSHES
MOLECULAR-INTERACTIONS
RELEASE
INHIBITION
SURFACES
INFECTION
ADHESION
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5.7
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4.8K
Citations:
2.1W
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