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Novel Scalable Nano-and Micro-High-Aspect Ratio Structure (HARS) Biocomposites Generated under Physiological Conditions

机译:在生理条件下产生的新型可扩展纳米和微高纵横比结构(HARS)生物复合材料

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We report novel synthesis for composites under physiological conditions, resulting in high-aspect ratio structures (HARS). These HARS contain copper and cystine. They are extremely stable in dry or liquid form, and have very low agglomeration. Diameters of the HARS range up from 20 nm, and length scales from nanometers to micrometers. Copper in the HARS imparts potential biological applications as copper has antimicrobial and anti-cancer effects. These HARS are degradable once interacting with cells, indicating potential new avenues for drug delivery.
机译:我们在生理条件下报告了用于复合材料的新合成,导致高纵横比结构(HARS)。这些柱塞含有铜和胱氨酸。它们的干燥或液体形式非常稳定,并具有非常低的聚集。竖琴的直径范围为20nm,长度从纳米到微米。由于铜具有抗微生物和抗癌作用,铜中的铜赋予潜在的生物应用。与细胞相互作用,这些HAR是可降解的,表明药物递送的潜在新途径。

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