Martí-Álamo Silvia, Mancheño-Franch Aisha, Marzal-Gamarra Cristina, Carlos-Fabuel Laura
Degree in Odontology. Master in medicine and oral surgery. Dentistry department. University of Valencia.
J Clin Exp Dent. 2012 Oct 1;4(4):e237-43. doi: 10.4317/jced.50865. eCollection 2012 Oct.
There is a growing interest in diagnosis based on the analysis of saliva. This is a simple, non-invasive method of obtaining oral samples which is safe for both the health worker and the patient, not to mention allowing for simple and cost-efficient storage. The majority of studies use general saliva samples in their entirety, complex fluids containing both local and systemic sources and whose composition corresponds to that of the blood. General saliva contains a considerable amount of desquamated epithelial cells, microorganisms and remnants of food and drink; it is essential to cleanse and refine the saliva samples to remove any external elements. Immediate processing of the sample is recommended in order to avoid decomposition, where this is not possible, the sample may be stored at -80ºC. Salivary analysis - much the same as blood analysis - aims to identify diverse medication or indications of certain diseases while providing a relatively simple tool for both early diagnosis and monitoring various irregularities. The practicalities of salivary analysis have been studied in fields such as: viral and bacterial infections, autoimmune diseases (like Sjögren's syndrome and cɶliac disease), endocrinopathies (such as Cushing's syndrome), oncology (early diagnosis of breast, lung and stomach carcinoma and oral squamous cell carcinoma), stress assessment, medication detection and forensic science among others. It is hoped that salivary analysis, with the help of current technological advances, will be valued much more highly in the near future. There still remain contradictory results with respect to analytic markers, which is why further studies into wider-ranging samples are fundamental to prove its viability. Key words:Saliva, biomarkers, early diagnosis.
基于唾液分析的诊断方法越来越受到关注。这是一种简单、无创的获取口腔样本的方法,对医护人员和患者都很安全,更不用说它便于简单且经济高效地储存样本。大多数研究使用未经处理的全唾液样本,这些复杂的液体包含局部和全身来源的成分,其组成与血液相似。全唾液含有大量脱落的上皮细胞、微生物以及食物和饮料残渣;因此,对唾液样本进行清洁和提纯以去除任何外部成分至关重要。建议对样本进行即时处理以避免分解,若无法即时处理,样本可储存在-80ºC。唾液分析——与血液分析非常相似——旨在识别各种药物或某些疾病的迹象,同时为早期诊断和监测各种异常情况提供一种相对简单的工具。唾液分析的实用性已在以下领域得到研究:病毒和细菌感染、自身免疫性疾病(如干燥综合征和乳糜泻)、内分泌疾病(如库欣综合征)、肿瘤学(乳腺癌、肺癌和胃癌以及口腔鳞状细胞癌的早期诊断)、压力评估、药物检测和法医学等。人们希望,借助当前的技术进步,唾液分析在不久的将来会得到更高的重视。关于分析标志物仍存在相互矛盾的结果,这就是为什么对更广泛样本进行进一步研究对于证明其可行性至关重要。关键词:唾液、生物标志物、早期诊断