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Titlebook: Biological Rhythms and Endocrine Function; Laurence W. Hedlund,John M. Franz,Alexander D. Ken Book 1975 The Editor(s) (if applicable) and

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Correlation Between Hydroxyindole-O-Methyl Transferase Rhythmicity and Reproductive Function in the hanges in enzyme activity imposed by (a) the presence or absence of ovarian hormones, (b) the application of neuroendocrine stimuli such as the induction of pseudopregnancy, and (c) a change in the proportion of light per day (Wallen and Yochim, 1973a, b; Yochim and Wallen, 1973a,b). These effects c
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Sympathetic Neural Control of Indoleamine Metabolism in the Rat Pineal Glandts biochemical composition (Anton-Tay, 1971) and influence such diverse behavioral and physiological functions as rhythmic locomotor activity patterns (Quay, 1970), the electroencephalogram (Roldan and Anton-Tay, 1968), sleep (Marczynski, Yamaguchi, Ling, and Grodzinska, 1964), and, through its appa
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The Neural and Hormonal Bases of the Reproductive Cycle of the Ratneuroendocrine and behavioral rhythms, reproduction and the propagation of the species is made possible. This reproductive cycle, which in large measure is a manifestation of the regulation of pituitary gonadotropin (GTH) secretion by the central nervous’system (CNS), has several distinctive charact
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Effects of Various Hormones on the Pituitary-Adrenal Axisnderstanding of the essential factors involved may be summarized briefly as follows. Stimulatory and inhibitory inputs from a variety of sources converge on centers in the basal hypothalamus. These signals result in stimulation (or inhibition) of corticotropin releasing factor (CRF) secretion from t
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Biological Rhythms passage of time is retarded in a system moving at high speed. According to his theory of relativity, events in a high-speed system appear to occur more slowly — including life processes, notably aging. The problem of whether the passage of time depends upon speed continues to be a subject of experi
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Laurence W. Hedlund,John M. Franz,Alexander D. Ken
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