Titlebook: Neuropeptides and Immunoregulation; Berta Scharrer,Eric M. Smith,George B. Stefano Book 1994 Springer-Verlag Berlin Heidelberg 1994 Europe

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Enkephalins as Regulators of Inflammatory Immune Reactions,ammation showed (a) vascular changes (Virchow 1858), (b) local circulatory disturbances including margination and stacking of leukocytes and their migration through the vascular wall (Cohnheim 1867), and (c) phagocytic elimination of inflammatory agents (Metchnikoff 1893). In 1923 Rossle advanced th

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Interactions of Neuropeptides and Cytokines,er and Falke 1984; Blalock 1985, 1989; Blalock and Smith 1985; Weigent and Blalock 1987; Dunn 1989; Smith 1991; Weigent and Blalock, Jankovi? and Mari?, both in this volume) and in invertebrates (Stefano 1989; Stefano et al. 1991). Many of the reports demonstrate that the two systems, in communicati

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Stress and Immunity,utonomous immune system. In the past decade, however, we have come to realize that the immune system is regulated by the central nervous system either directly, or by way of the neuroendocrine axis, i.e., the hypothalamic-hypophysial system, or the autonomic nervous system (Ader et al. 1990). The re

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Pharmacological and Binding Evidence for Opioid Receptors on Vertebrate and Invertebrate Blood Cell1981; for review see Blalock 1989). The significance of this phenomenon is highlighted by the discovery that it applies to invertebrates as well as vertebrates (Leung and Stefano 1987; Stefano 1982, 1989). A search for stereoselective mechanisms mediating these neuropeptide activities has been under

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