Information technologies for personalized monitoring, including heart rate telemetry and computer laterometry, can identify physiological stress markers in athletes.
Introduction. To assess occupational stress, it is important to create an effective system of personalized monitoring of the functional state of workers based on information computer technologies. The aim of the study was to carry out personalized physiological and hygienic monitoring using a complex of mobile telemetry systems and computer technologies of laterometry and campimetry in real conditions of professional activity. Materials and methods. 37 athlete rowers aged 15–20 years took part in the research on the basis of voluntary informed consent. In the course of the training, stress responses were recorded according to the results of heart rate telemetry and the stress load index (SLI) was calculated. The blood levels of biochemical markers were detected (creatine kinase — CK-MB, alanine aminotransferase — ALT). Using computer laterometry and campimetry. Results. In persons with identifi ed signs of stress in terms of laterometry and campimetry in the blood recorded increased ALT (18.9±6.9 IU / l against the group “norm” 14.3±3.4 IU/ l, p=0.01), CC-MV (42±17.5 IU / l against 16±3.5 IU/ l, p=0.02). In the course of training, 60% of athletes had increased values of isn (0.30±0.04). Conclusions. The introduction of information technologies for personalized monitoring makes it possible to manage the risk of health disorders of workers with high nervous, emotional and physical stress.
Некрасова et al. (2019) studied this question.