Human cortisol levels follow a clear circadian rhythm. We investigated the contribution of alternation of sleep and wakefulness and the circadian clock, using forced desynchrony. Cortisol levels were best described by a multiplication of a circadian and a wake-time component. The human cortisol response is modulated by circadian phase. Exposure to stress at an unnatural phase, as in shift work, is predicted to result in abnormal cortisol levels. Health of shift workers may therefore improve when stress is reduced at times when the clock produces high stress sensitivity.</p
A 12-hour diurnal profile of salivary free cortisol was measured in healthy adults (n=40) on two con...
Both time of awakening and stress are thought to influence the magnitude of the cortisol awakening ...
While acute stress tends to be associated with release of cortisol which is adaptive and assists wit...
Human cortisol levels follow a clear circadian rhythm. We investigated the contribution of alternati...
The chronotype describes the behavioral daytime preference. According to an inherent but interindivi...
Since the turn of the 20th century, excess stress has been associated with alterations in health (Jo...
Stress is a known trigger of the Hypothalamus-Pituitary-Adrenal (HPA) Axis which leads to the produc...
The existence of cyclic metabolic oscillations, taking place every 24 hours approximately, have been...
The various non-standard schedules required of shift workers force abrupt changes in the timing of s...
Circadian rhythmicity is ensured by the circadian timing system based on input signals (environmenta...
Hypothalamo–pituitary–adrenal axis activity and cortisol patterns are likely to play a role in shift...
At least two major physiological systems are involved in the adaptation of the organism to environme...
Cortisol is the primary hormone of the limbic-hypothalamic-pituitary-adrenal system. Cortisol is ess...
Circadian rhythms serve to maintain synchrony between an organism's daily physiological and behavior...
We analyzed the effects of working activity and working shifts on the circadian rhythmicity and cir...
A 12-hour diurnal profile of salivary free cortisol was measured in healthy adults (n=40) on two con...
Both time of awakening and stress are thought to influence the magnitude of the cortisol awakening ...
While acute stress tends to be associated with release of cortisol which is adaptive and assists wit...
Human cortisol levels follow a clear circadian rhythm. We investigated the contribution of alternati...
The chronotype describes the behavioral daytime preference. According to an inherent but interindivi...
Since the turn of the 20th century, excess stress has been associated with alterations in health (Jo...
Stress is a known trigger of the Hypothalamus-Pituitary-Adrenal (HPA) Axis which leads to the produc...
The existence of cyclic metabolic oscillations, taking place every 24 hours approximately, have been...
The various non-standard schedules required of shift workers force abrupt changes in the timing of s...
Circadian rhythmicity is ensured by the circadian timing system based on input signals (environmenta...
Hypothalamo–pituitary–adrenal axis activity and cortisol patterns are likely to play a role in shift...
At least two major physiological systems are involved in the adaptation of the organism to environme...
Cortisol is the primary hormone of the limbic-hypothalamic-pituitary-adrenal system. Cortisol is ess...
Circadian rhythms serve to maintain synchrony between an organism's daily physiological and behavior...
We analyzed the effects of working activity and working shifts on the circadian rhythmicity and cir...
A 12-hour diurnal profile of salivary free cortisol was measured in healthy adults (n=40) on two con...
Both time of awakening and stress are thought to influence the magnitude of the cortisol awakening ...
While acute stress tends to be associated with release of cortisol which is adaptive and assists wit...