Mishra Pawan Kumar, Rašticová Martina
Faculty of Business and Economics, Mendel University in Brno, Brno, Czechia.
Psychol Res Behav Manag. 2024 May 10;17:1961-1972. doi: 10.2147/PRBM.S446782. eCollection 2024.
The revolution in technology has impacted the work and personal lives of human beings greatly. While it has introduced the mankind to a more comfortable life, it has brought in the stress too in the form of technostress, the situation where a person fails to cope up with the ever-advancing technology and experiences stress symptoms. The increasing intensity of technostress calls for more research on technostress diving deeper into the causes and coping mechanisms. However, technostress research requires successful and reliable assessment of stress. It has been observed in recent years that biomarkers such as cortisol and salivary alpha amylase are reliable indicators of stress. There are several reports where the researchers have used questionnaires and surveys to assess the technostress, but the number of studies using biomarkers for technostress assessment is limited. It has been established that biomarker assessment is an important complement to the surveys to study the technostress. Here, we summarize the important studies done on technostress using the biomarkers along with the rationale of using these biomarkers.
技术革命对人类的工作和个人生活产生了巨大影响。虽然它给人类带来了更舒适的生活,但也以技术压力的形式带来了压力,即一个人无法应对不断发展的技术并出现压力症状的情况。技术压力强度的不断增加需要对技术压力进行更多研究,深入探究其成因和应对机制。然而,技术压力研究需要对压力进行成功且可靠的评估。近年来人们发现,诸如皮质醇和唾液α淀粉酶等生物标志物是压力的可靠指标。有几份报告显示,研究人员使用问卷和调查来评估技术压力,但使用生物标志物进行技术压力评估的研究数量有限。已经确定,生物标志物评估是研究技术压力的调查的重要补充。在此,我们总结了使用生物标志物对技术压力所做的重要研究以及使用这些生物标志物的基本原理。