Di-particles-derived slippery lubricant-infused porous surface with broad anti-adhesion performance

Antioxidant N-acetylcysteine removing ROS: an antifouling strategy inspired by mussels

“…We need new strategies to mitigate bioadhesion rather than making the seas deadly to marine life. Polymer-based antifouling coatings are based on a variety of eco-friendly antifouling mechanisms, 9,10 such as surface hydration (polyethylene glycol) containing and zwitterionic polymers, [11][12][13] shear force (low surface energy coatings such as silicones and uoropolymers) 14,15 lubricant infusion, etc., [16][17][18] to achieve effective antifouling on the premise of avoiding killing fouling organisms. However, these promising antifouling strategies also have limitations.…”

An Eco-Friendly Antifouling Coating Based on Tannic Acid

“…However, the non-target toxicity of these biocides causes serious ecological hazards to marine systems. [1,5,6] Hence, eco-friendly antifouling technologies have emerged as the times require, including surface hydration (e.g., polyethylene glycol, zwitterionic polymers), [7][8][9][10] shear force (e.g., silicones or fluoropolymers with low surface energy), [11][12][13] lubricant infusion et al [14][15][16] While promising, there are still problems and challenges to be solved such as poor mechanical stability, poor static antifouling performance, and short-term antifouling durability of the coatings. [17,18] It is of great significance to actively explore various eco-friendly and effective strategies to resist biofouling.…”