Gröschl Michael
Department of Pediatrics, University of Erlangen-Nürnberg, Erlangen, Germany.
Clin Chem. 2008 Nov;54(11):1759-69. doi: 10.1373/clinchem.2008.108910. Epub 2008 Aug 29.
Saliva, which offers a noninvasive and stress-free alternative to plasma and serum, is a widely accepted sample source for analysis of steroids and also of certain amines and peptides. In recent years, numerous publications have described the use of salivary hormone analysis in many fields of clinical and basic research.
This review provides an overview of the current applications of salivary hormone analysis. A description of the different modes of hormone entry into saliva is followed by a detailed description of analytical methods and approaches for reliable collection of saliva, including several interesting applications in diverse fields including psychiatry, stress research, clinical endocrinology, sports medicine, and veterinary medicine.
Although saliva has not yet become a mainstream sample source for hormone analysis, it has proven to be reliable and, in some cases, even superior to other body fluids. Nevertheless much effort will be required for this approach to receive acceptance over the long term, especially by clinicians. Such effort includes the development of specific and standardized analytical tools, the establishment of defined reference intervals, and implementation of round-robin trials. One major problem, the lack of compliance sometimes seen in outpatient saliva donors, requires strict standardization of both collection and analysis methods to achieve better comparability and assessment of published salivary hormone data.
唾液作为一种非侵入性且无压力的样本来源,可替代血浆和血清,是用于分析类固醇以及某些胺类和肽类的广泛认可的样本。近年来,众多出版物描述了唾液激素分析在临床和基础研究诸多领域的应用。
本综述概述了唾液激素分析的当前应用。在描述激素进入唾液的不同方式之后,详细介绍了可靠采集唾液的分析方法和途径,包括在精神病学、压力研究、临床内分泌学、运动医学和兽医学等不同领域的一些有趣应用。
尽管唾液尚未成为激素分析的主流样本来源,但已证明其可靠,且在某些情况下甚至优于其他体液。然而,要使这种方法长期被接受,尤其是被临床医生接受,仍需付出很多努力。这些努力包括开发特定的标准化分析工具、建立明确的参考区间以及开展循环试验。一个主要问题是门诊唾液捐献者有时缺乏依从性,这就需要对采集和分析方法进行严格标准化,以实现更好的可比性,并对已发表的唾液激素数据进行评估。