Titlebook: Neurosecretion; IV. International Sy F. Stutinsky Conference proceedings 1967 Springer-Verlag, Berlin · Heidelberg 1967 Nerven.catecholamin

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A Double Innervation of the Paraventricular Organ in Various Vertebrates,ricle. Since that time several researchers detected the paraventricular organ from fishes up to mammals in numerous species (., 1928; E. ., 1942; ., 1957, 1960; H. ., 1959; ., 1962; etc.). Starting from the morphological picture the function of the organ was considered by the most authors to be a se

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Activation of the Preoptico-Hypophysial Neurosecretory System through Olfactory Afferents in Fishesd to the pituitary gland. If we can define precisely the afferents to the preoptic nuclei, then better understanding of pituitary regulation by external factors may be expected. It is known, for example, that changes in the osmotic value of the internal and external environment affect the amount of

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Cellular Processes Concerned with Vasopressin Biosynthesis, Storage and Release,ose axons extend into the neurohypophysis; they are responsible for the elaboration of the polypeptide hormones, oxytocin and vasopressin. These neurons fulfill the morphological and functional criteria of neurosecretory cells. The most distinguishing morphological features of these neuron sare that

MUTED

Ultrastructural and Biological Evidence for the Presence and likely Functions of Acetylcholine in tn the hypothalamo-neurohypophysial system of vertebrates (. and ., 1964a, b; ., 1964; . and ., 1965; . and ., 1966; . and ., 1966; ., . and ., 1966). However, no evidence has been added to clarify the definition and the role of the so called synaptic vesicles in the neurohypophysis. It had been sugg

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