Journal
STRESS-THE INTERNATIONAL JOURNAL ON THE BIOLOGY OF STRESS
Volume 24, Issue 6, Pages 866-875Publisher
TAYLOR & FRANCIS LTD
DOI: 10.1080/10253890.2021.1891220
Keywords
Social evaluative stress; testosterone; estradiol; cortisol; psychosocial stress; sex differences
Funding
- Austrian Science Fund (FWF) [W1233, P28261, P32276]
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The study reveals gender differences in gonadal hormone responses to social evaluative stress, with testosterone levels significantly reduced after 20 minutes and estradiol levels showing two peaks at 15 and 30 minutes. Some participants responded to stress with a decrease in estradiol levels, while others showed an increase. These gonadal stress responses appear to be largely independent of the cortisol response to stress.
The cortisol response to social evaluative stress has been well characterized. However, data regarding changes in gonadal hormones after stress are still scarce and inconsistent. The majority of studies have focused on testosterone reactivity to stress in men, while estradiol responses or gonadal stress responses in women have hardly been investigated. Furthermore, it has not been evaluated whether sex hormone reactivity to stress differs between men and women and the relationship between cortisol and gonadal reactivity to stress is still unclear. To address these questions, we re-analyzed saliva samples collected from 37 men and 30 women in their luteal cycle phase before and repeatedly after social-evaluative stress. Both, testosterone and estradiol levels were assessed. In both men and women, testosterone was significantly reduced after stress. Testosterone levels were at their lowest after 20 minutes, but did not return to baseline until 35 minutes after stress. Across the whole sample, estradiol was significantly increased after stress with two separate peaks after 15 and 30 minutes. Follow-up analyses revealed that 41 participants actually responded with a decrease in estradiol levels to stress, with lowest levels after 20 min, while the remaining participants responded with an increase in estradiol levels. These gonadal stress responses appear to be largely independent of the cortisol response to stress. These results demonstrate that the endocrinological stress response is not restricted to the HPA axis and stress responsivity of gonadal hormones is not simply driven by cortisol. Accordingly, the stress responsivity of gonadal hormones and their association to psychological variables is an additional avenue to explore in both men and women.
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