Why the study?
Does hypnotic suggestion of stress elicit similar cardiovascular and hormonal responses as actual physical and mental stress in young male volunteers?
Does hypnotic suggestion of stress elicit similar cardiovascular and hormonal responses as actual physical and mental stress in young male volunteers?
Hypnotic suggestion can separate the mental and somatic components of stress, demonstrating that mental stress alone can trigger significant hormonal and cardiovascular responses.
Answers are grounded in this paper and cite their sources.
Enables dissociation of mental from somatic stress; extends mechanistic insights into hormonal activation but leaves open clinical translation.
In an attempt to separate the somatic and mental components of stress, groups of young male volunteers underwent running exercises and sauna baths, and roughly one year later had the same experiences recalled under hypnosis. In addition, experiments involving mental stress in the form of mental arithmetic were performed. A variety of physiological and biochemical parameters was measured on each occasion. Results for cardiovascular responses, renin-angiotensin-aldosterone, cortisol, testosterone, androstenedione, prolactin and growth hormone are reported. It is concluded that the mental component of combined mental and somatic stress may be separated from the somatic component by hypnotic suggestion. The response during hypnotic suggestion of the stress is usually of less but sometimes of the same magnitude as that obtained during the actual stress. Occasionally the response goes in the opposite direction during hypnotic suggestion as compared to the real situation. The individual responses vary considerably between individuals. The hormones most sensitive to mental stress are growth hormone, androstenedione, cortisol, renin and angiotensin II. In the present study, mental stress had a depressing effect, if any, on plasma prolactin. Hypnosis in itself has no effect on plasma hormones in unstressed subjects compared to the normal diurnal variations.
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Adlercreutz et al. (1982) studied this question.
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