Luther Tara, Carrion Carlos F, Cobb Nicholas, Le Giao, Edwards Cynthia, Schwartz Stephen, Streckfus Charles
University of Texas, Houston, TX, USA.
Gen Dent. 2010 Mar-Apr;58(2):110-3.
New technological developments, coupled with the limitations of existing methodologies for the detection of disease, are propelling the field of salivary diagnostics forward at unprecedented rates. Advancements in proteomics and nanotechnology are paving the way for diagnostic tests that will be capable of rapid multi-analyte detection in both laboratory and nonlaboratory settings. Technological advancements have also benefited biomarker research to the point where saliva is now recognized as an excellent diagnostic medium that can be collected simply and noninvasively. This article reviews the varying nanotechnological platforms and how they will utilize saliva as the diagnostic medium.
新技术的发展,再加上现有疾病检测方法的局限性,正以前所未有的速度推动唾液诊断领域向前发展。蛋白质组学和纳米技术的进步为诊断测试铺平了道路,这些测试将能够在实验室和非实验室环境中进行快速多分析物检测。技术进步也使生物标志物研究受益,以至于唾液现在被认为是一种极好的诊断介质,可以简单、无创地采集。本文综述了不同的纳米技术平台以及它们将如何利用唾液作为诊断介质。