Evaluation of salivary pH and flow rate among exam going students of Karpaga Vinayaga Institute of Dental Sciences

Raghupathy Perumal, Sasirekha Balasubramanian, Gokulapriya Subramaniam, Ishwariya Krishnan, Maheshwari Shanmugam, Kalaiselvi Santhosh
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Abstract

Introduction and aim. The central nervous systems control salivary pH and Flow; hence it is considered as stress biomarker. To correlate the relationships linking test performance and the cognitive along with affective aspects for the stress of the exams, flow rate and pH levels of saliva. Material and methods. Cross-sectional research was carried out on the day of their final exam and after three months. 90 dental college students provided saliva samples for measuring pH and salivary flow rate. The saliva was collected to measure stress, anxiety, and wellbeing. Results. Salivary flow and pH were increased in the after-exam period. This is mostly due to less threat, stress, and anxiety perception. Conclusion. According to this study, perceived stress can affect salivary flow rate and pH levels, which can be used to gauge the degree of physiological reactions accurately, conveniently, and affordably to tests and variable realistic stresses.
Karpaga Vinayaga牙科科学研究所应试学生唾液pH值及流速之评估
介绍和目的。中枢神经系统控制唾液pH值和流量;因此,它被认为是应激生物标志物。将考试表现与认知以及考试压力、唾液流速和pH值等情感方面的关系联系起来。材料和方法。横断面研究分别在期末考试当天和三个月后进行。90名牙科学院学生提供唾液样本用于测量pH值和唾液流速。收集唾液来测量压力、焦虑和幸福感。结果。唾液流量和pH值在检查后增加。这主要是由于较少的威胁,压力和焦虑感知。结论。根据本研究,感知压力可以影响唾液流速和pH值,这可以用来准确、方便、经济地测量生理反应的程度,以测试和可变的现实压力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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