Coral-Inspired Zinc Acrylate Polymer Utilizing Coumarin as the Fluorescent Unit for Marine Antifouling.
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| Main Authors: | , , , , , , |
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| Format: | Artículo científico |
| Language: | en |
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Biomacromolecules
2025
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| _version_ | 1868266242342649857 |
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| author | Hou, Jianwei Chen, Guobo Hao, Xinghai Xu, Jiali Waterhouse, Geoffrey I N Zhang, Zhiming Yu, Liangmin |
| author_facet | Hou, Jianwei Chen, Guobo Hao, Xinghai Xu, Jiali Waterhouse, Geoffrey I N Zhang, Zhiming Yu, Liangmin Hou, Jianwei Chen, Guobo Hao, Xinghai Xu, Jiali Waterhouse, Geoffrey I N Zhang, Zhiming Yu, Liangmin |
| collection | PubMed - marine biology |
| contents | Coral-Inspired Zinc Acrylate Polymer Utilizing Coumarin as the Fluorescent Unit for Marine Antifouling. Hou, Jianwei Chen, Guobo Hao, Xinghai Xu, Jiali Waterhouse, Geoffrey I N Zhang, Zhiming Yu, Liangmin Coumarins Animals Polymers Acrylates Anthozoa Zinc Biofouling Anti-Bacterial Agents The need for low-cost and effective antifouling solutions drives innovation in the fields of chemistry, materials science, and biology. In this work, guided by the antifouling strategies used by fluorescent corals, a series of fluorescent zinc acrylate polymer coatings containing coumarin units (ZAR-coumarin) was successfully prepared. The ZAR-coumarin coatings demonstrated excellent antifouling properties due to the synergistic action of multiple antifouling mechanisms, including fluorescent antifouling, natural bactericidal activity, and self-polishing surface renewal (due to ester group (-COO-Zn-OOC-) cleavage). Compared with zinc acrylate coatings without coumarin units (ZAR), the introduction of coumarin units significantly improved the inhibition efficiency for both bacteria and algae. In marine environment tests, the ZAR-AMCO-1, ZAR-ADMCO-1, and ZAR-CAMCO-1 coatings containing optimized amounts of different types of coumarin units maintained good antifouling properties over a 160-day field test period. This research presents an innovative approach to creating marine antifouling coatings. |
| format | Artículo científico |
| id | pubmed_39960235 |
| institution | PubMed |
| language | en |
| publishDate | 2025 |
| publisher | Biomacromolecules |
| record_format | pubmed |
| spellingShingle | Coral-Inspired Zinc Acrylate Polymer Utilizing Coumarin as the Fluorescent Unit for Marine Antifouling. Hou, Jianwei Chen, Guobo Hao, Xinghai Xu, Jiali Waterhouse, Geoffrey I N Zhang, Zhiming Yu, Liangmin Coumarins Animals Polymers Acrylates Anthozoa Zinc Biofouling Anti-Bacterial Agents Coral-Inspired Zinc Acrylate Polymer Utilizing Coumarin as the Fluorescent Unit for Marine Antifouling. Hou, Jianwei Chen, Guobo Hao, Xinghai Xu, Jiali Waterhouse, Geoffrey I N Zhang, Zhiming Yu, Liangmin Coumarins Animals Polymers Acrylates Anthozoa Zinc Biofouling Anti-Bacterial Agents The need for low-cost and effective antifouling solutions drives innovation in the fields of chemistry, materials science, and biology. In this work, guided by the antifouling strategies used by fluorescent corals, a series of fluorescent zinc acrylate polymer coatings containing coumarin units (ZAR-coumarin) was successfully prepared. The ZAR-coumarin coatings demonstrated excellent antifouling properties due to the synergistic action of multiple antifouling mechanisms, including fluorescent antifouling, natural bactericidal activity, and self-polishing surface renewal (due to ester group (-COO-Zn-OOC-) cleavage). Compared with zinc acrylate coatings without coumarin units (ZAR), the introduction of coumarin units significantly improved the inhibition efficiency for both bacteria and algae. In marine environment tests, the ZAR-AMCO-1, ZAR-ADMCO-1, and ZAR-CAMCO-1 coatings containing optimized amounts of different types of coumarin units maintained good antifouling properties over a 160-day field test period. This research presents an innovative approach to creating marine antifouling coatings. |
| title | Coral-Inspired Zinc Acrylate Polymer Utilizing Coumarin as the Fluorescent Unit for Marine Antifouling. |
| topic | Coumarins Animals Polymers Acrylates Anthozoa Zinc Biofouling Anti-Bacterial Agents |
| url | https://pubmed.ncbi.nlm.nih.gov/39960235/ |