基于镀银氧化锌纳米棒的低成本和无标签拉曼传感器,用于监测宇航员的健康

F. Maita, L. Maiolo, I. Lucarini, Ignacio Del Rio De Vicente, E. Palmieri, Eleonora Fiorentini, V. Mussi
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引用次数: 0

摘要

宇航员通常被迫在恶劣的环境中工作,面临着与微重力条件下生活、在外太空工作、甚至探索带有未知病原体和病毒的行星有关的挑战。为此,必须为宇航员提供简单的工具,以低成本和快速的诊断方法监测他们的健康状况。事实上,一名机组人员未被发现的损害可能会危及整个任务,最糟糕的是,它可能导致所有其他机组人员死亡。在这方面,生物传感器可以提供有价值的解决方案。在不同的生物传感技术中,拉曼传感可以提供蛋白质、酶、DNA突变等复杂有机化合物的信息。在这里,我们提出了一种低成本和完全无标签的基于银涂层氧化锌纳米结构的拉曼平台,可以在不需要样品处理的情况下揭示唾液或血液等人体液体中的生物标志物和化学变化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Low cost and label free Raman sensors based on Ag-coated ZnO nanorods for monitoring astronaut's health
Astronauts usually are forced to work in harsh environments, facing challenges related to living in microgravity conditions, operating in outer space, or even exploring planets with unknown pathogens and viruses. To this end, it is essential to provide astronauts easy tools to monitoring their health status with low cost and fast diagnostic methods. Indeed, undetected damages occurring at one crew member can compromise an entire mission and worst, it can cause the death for all the other crew members. In this respect, biosensors can offer valuable solutions. Among different biosensing techniques, Raman sensing can provide information on complex organic compounds like proteins, enzymes, DNA mutations etc. Here we present a low cost and totally label free Raman platform based on silver-coated zinc oxide nanostructures to reveal biomarkers and chemical alterations in human fluids like saliva or blood, without the need of sample processing.
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