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Underwater Adhesive of Marine Organisms as the Vital Link Between Biological Science and Material Science

机译:海洋生物的水下胶粘剂是生物科学与材料科学之间的重要纽带

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摘要

Marine sessile organisms naturally attach themselves to diverse materials in water by a technique that has so far remained unreproducible. Recent studies on the holdfast of marine sessile organisms have revealed natural concepts that are currently beyond our understanding with respect to the molecular design and macroscopic range. The combination of valuable and practical natural design of biotic adhesives as biomolecular materials, together with continuing efforts towards mimetic design, hold the promise of revolution for future materials. This review focuses on recent advances in the study of barnacle underwater cement, a protein complex whose constituents and the properties of individual components are being uncovered. A comparison is made with the model systems used by the mussel and tubeworm.
机译:迄今为止,海洋无柄生物自然地将自身附着于水中的多种物质上,该技术至今仍不可复制。最近对海洋无柄生物的固持力的研究揭示了自然概念,这些概念目前在分子设计和宏观范围方面是我们无法理解的。生物粘合剂作为生物分子材料的宝贵而实用的自然设计相结合,再加上对模拟设计的不断努力,为未来的材料带来了革命性的希望。这篇综述的重点是藤壶水下胶粘剂的研究的最新进展,藤壶胶粘剂是一种蛋白质复合物,其成分和各个组分的性质均未发现。与贻贝和块茎虫所使用的模型系统进行了比较。

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