Münzel M
Allgemeines Krankenhaus Hamburg-Harburg, Hals-Nasen-Ohren-Abteilung, Bundesrepublik Deutschland.
Arch Otorhinolaryngol. 1976;213(1):209-85.
Salivary secretions fulfill some specific functions within the human organism, which are explained. The scientific research concerning these fluids dealt during the last years especially with the formation of these secretions within the glands. These investigations have been performed mostly in animal experiments. The results obtained are briefly summarized. For investigations in human salivary secretions, it was necessary to develop some new techniques for collecting the secretions from separate glands. The interpretation of sialo-chemical facts is often difficult as there are many factors, influencing the flow-rate and the composition of the fluids. These factors, as known up to now, are explained. In separate chapters, the inorganic and organic composition of human salivary secretions is described. Concerning the protein-composition of human saliva, there are some newer results as aspects, which are discussed. It must be the aim of a chemical analysis to discover the interrelation between the differences in salivary secretions and pathological conditions. Therefore changes of the salivary secretions in systemic diseases are reported as well as changes in the compositions of these fluids in pathological conditions of the glands themselves. According to the results from own experiments and from the literature, it should be possible in the future, to develop some new diagnostic methods by analysing the salivary secretions.
唾液分泌在人体中发挥着一些特定功能,对此进行了解释。过去几年中,有关这些体液的科学研究主要集中在腺体中这些分泌物的形成过程。这些研究大多是在动物实验中进行的。现将所获结果简要总结。为了对人体唾液分泌进行研究,有必要开发一些从单个腺体收集分泌物的新技术。唾液化学事实的解读往往很困难,因为有许多因素会影响唾液的流速和成分。现将目前已知的这些因素进行解释。在不同章节中,将描述人体唾液分泌的无机和有机成分。关于人类唾液的蛋白质组成,有一些新的研究结果将作为相关方面进行讨论。化学分析的目标必须是发现唾液分泌差异与病理状况之间的相互关系。因此,本文报告了全身性疾病中唾液分泌的变化以及腺体自身病理状况下这些体液成分的变化。根据自身实验结果和文献资料,未来应该有可能通过分析唾液分泌来开发一些新的诊断方法。