Aug 2026· Stress· Vol 29 1, pp.
2723347
· 0 citations· 45 references
Medicine
TL;DR
The importance of individuality in this context is poorly understood, and an opportunity exists to undertake research to increase the understanding and application of strategies that may enhance readiness to perform in females and males.
Abstract
Readiness in sport is a topic of interest for many coaches, athletes, and performance support staff alike. In the context of hormones, it has been viewed as a response to stress (i.e. increasing free cortisol and testosterone). However, whether a causal relationship exists for cortisol and testosterone with performance remains unclear. Free cortisol and testosterone possibly remain best viewed as relevant biomarkers of the stress response, with this response also being, in part, a proxy measure of readiness. The priming of cortisol and testosterone through exercise, warm-up, or other stimuli to prepare for performance has been a recurring theme amongst research; however, the results in terms of both the magnitude of hormone change and influence on subsequent performance are highly variable. In fact, cortisol and testosterone change in the context of readiness appears individual in nature and are affected by physiology, training status, age, sex, trained state, and individuals' perceptions of both their liking and the magnitude of the stressor. The importance of individuality in this context is poorly understood, and an opportunity exists to undertake research to increase the understanding and application of strategies that may enhance readiness to perform in females and males.
ABSTRACT Objectives When in energetically demanding environments (e.g., high altitude, backcountry expeditions), humans acclimatize to compounded intensive stressors. Acclimatization is possible in part by using the dynamically responsive neuroendocrine system, with changes to hormones like cortisol (CORT) and testoste...
M. Sarma, C. Ocobock, Shannon G. Rochelle et al.· American Journal of Biologic...· 0 citations
Exercise induces a coordinated neuroendocrine response that is essential for maintaining homeostasis and supporting adaptation in humans. This mini-review examines the role of the hypothalamic-pituitary-adrenal (HPA) axis and cortisol in the response to exercise stress, with particular emphasis on the non-linear relati...
Vanda M. Csibi, Victor Roman, Claudiu L. Cenan et al.· Human & Veterinary Medic...· 0 citations
Suffering the stress of others (termed empathic stress or stress contagion) may affect an individual's health and well-being. To understand the underlying hormonal processes of empathic stress, N = 108 opposite-sex dyads were tested, with one dyad partner passively observing the other undergoing a standardized psychoso...
Katja Heilmann, Martin Walter, V. Engert· Stress· 0 citations
Stressors of varying intensity are an integral part of dogs' lives and may affect their behaviour, health status and overall welfare. Activation of the hypothalamicpituitary-adrenal (HPA) axis leads to increased cortisol secretion, making cortisol one of the most widely used physiological indicators of the stress respo...
A. Ekert Kabalin, Vladimir Dimitrijević, S. Menčik et al.· Zbornik radova· 0 citations
BACKGROUND
Exercise is a physiological challenge inducing intensity-dependent hypothalamic-pituitary-adrenal (HPA) axis responses. The hypothesis was that training and racing sessions induce different HPA axis activation.
AIMS/OBJECTIVE
To assess whether different exercise sessions affect equine adrenal responsivenes...
C. Cravana, E. Fazio, K. Satué et al.· Journal of Equine Veterinary...· 0 citations
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