Key result
Male law enforcement officers exhibit greater physiological stress during operations than women, who recover better.
Why the study?
There was a lack of research on gender differences in response to operational stress amid growing trends toward gender equality in extreme professional activities.
Does exposure to operational stress stimuli elicit different physiological responses in male versus female law enforcement officers?
Observational (n=328)
Does exposure to operational stress stimuli elicit different physiological responses in male versus female law enforcement officers?
Female law enforcement officers demonstrate better physiological adaptation and recovery to acute operational stress stimuli compared to their male counterparts.
Sex differences in officer stress recovery may guide future protocols; leaves open generalizability and need for prospective validation.
Context and relevance. The relevance of the study of operational stress in men and women is determined by the lack of research on gender differences in response to operational stress in the context of the growing trend towards gender equality in extreme professional activities. Methods and materials. In an experimental study with two test stages, including stressful audio and video stimuli, the vegetative and central stress response mechanisms were studied in groups of law enforcement officers — 203 men and 125 women. Results. The results showed that in the group of men, when presented with stressors, more pronounced changes in physiological parameters, a high level of activation, a state of increased functional tension of adaptation mechanisms, high involvement of memory mechanisms in processing stimuli were revealed; repeated exposure to stress stimuli leaded to a deficit of functional adaptation resources. In women an optimal functional state during both primary and repeated stressful exposure despite the high level of attention to stressful stimuli was noted, and a high level of recovery processes after both the first and second exposure to stress stimuli was revealed. Conclusion. The results of the study describing gender differences in the dynamics of the functional state under operational stress, including the processes of physiological resource reduction and recovery, are presented.
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Lysenko et al. (2025) conducted an observational in Operational stress (n=328). Stressful audio and video stimuli vs. Men vs. Women (Gender comparison) was evaluated on Physiological parameters (Heart rate variability and EEG) during stress exposure. Male law enforcement officers exhibited more pronounced physiological changes and functional tension during operational stress exposure compared to women, who maintained an optimal functional state and showed better recovery.
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