Rapidly accumulating evidence indicates that every hypothalamopituitary axis is influenced by both sleep (irrespective of the time of day when it occurs) and circadian rhythmicity (irrespective of the sleep or wake condition). Circadian effects seem to be exerted by a modulation of the amplitude of secretory pulses. Sleep may affect pulse frequency. Recent studies indicate that this complex temporal organization is not limited to pituitary and pituitary-dependent hormones but also underlies glucose regulation and insulin secretion. © 1990 S. Karger AG, Basel.SCOPUS: ar.jinfo:eu-repo/semantics/publishe
Neuroendocrine mechanisms are major determinants of the normal 24-h blood pressure (BP) pattern. At ...
Glucocorticoids, hormones produced by the adrenal gland cortex, exert numerous functions in body hom...
Most physiological functions and behaviors exhibit a robust approximately 24-hour rhythmicity (circa...
This chapter focuses on basic circadian rhythm characteristics, including the sleep-wake and feeding...
We have shown evidence challenging the currently prevailing view that 24-h rhythms of a pituitary ho...
In most species, endogenous circadian clocks regulate 24-h rhythms of behavior and physiology. Clock...
The 24 h profiles of hormonal secretions represent a good model for the study of the human circadian...
The temporal organization of blood pressure is mainly controlled by neuroendocrine mechanisms. The m...
Temporal organization is an important feature of biological systems and its main function is to faci...
The supra-chiasmatic nucleus (SCN) is the primarily biological clock determining the<br />circadian ...
The hypothalamo-pituitary–adrenal (HPA) axis comprises interactions between the hypothalamus, the pi...
In normal conditions, the temporal organization of blood pressure (BP) is mainly controlled by neuro...
The daily rhythm of cortisol secretion is relatively stable and primarily under the influence of the...
The pulsatility of hormones secretion is crucial in the endocrine system, because it confers to horm...
SummaryThe circadian clock is entrained to environmental cycles by external cue-mediated phase adjus...
Neuroendocrine mechanisms are major determinants of the normal 24-h blood pressure (BP) pattern. At ...
Glucocorticoids, hormones produced by the adrenal gland cortex, exert numerous functions in body hom...
Most physiological functions and behaviors exhibit a robust approximately 24-hour rhythmicity (circa...
This chapter focuses on basic circadian rhythm characteristics, including the sleep-wake and feeding...
We have shown evidence challenging the currently prevailing view that 24-h rhythms of a pituitary ho...
In most species, endogenous circadian clocks regulate 24-h rhythms of behavior and physiology. Clock...
The 24 h profiles of hormonal secretions represent a good model for the study of the human circadian...
The temporal organization of blood pressure is mainly controlled by neuroendocrine mechanisms. The m...
Temporal organization is an important feature of biological systems and its main function is to faci...
The supra-chiasmatic nucleus (SCN) is the primarily biological clock determining the<br />circadian ...
The hypothalamo-pituitary–adrenal (HPA) axis comprises interactions between the hypothalamus, the pi...
In normal conditions, the temporal organization of blood pressure (BP) is mainly controlled by neuro...
The daily rhythm of cortisol secretion is relatively stable and primarily under the influence of the...
The pulsatility of hormones secretion is crucial in the endocrine system, because it confers to horm...
SummaryThe circadian clock is entrained to environmental cycles by external cue-mediated phase adjus...
Neuroendocrine mechanisms are major determinants of the normal 24-h blood pressure (BP) pattern. At ...
Glucocorticoids, hormones produced by the adrenal gland cortex, exert numerous functions in body hom...
Most physiological functions and behaviors exhibit a robust approximately 24-hour rhythmicity (circa...