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Titlebook: Neurochemical Systems; Abel Lajtha Book 1985 Springer Science+Business Media New York 1985 behavior.cell.cell culture.environment.regulati

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楼主: 神像之光环
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Thyroid Hormones,reversed only if early replacement therapy with adequate amounts of thyroid hormones is performed. Thyroid hormones appear to be a major epigenic factor, which allows the innate developmental program to be accomplished.
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,β-Lipotropin,or the designation, he explained.: “The designation of a new natural substance is often a matter of convenience. Lipotropic hormone had been named by me on the basis of its biological effect first observed. If the melanocyte-stimulating activity of lipotropin had been noticed first, it would have been called γ-me-lanotropin.”
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Neurotensin,. and, recently, the focus of an international symposium.. In the present chapter, we attempt to summarize the findings on the distribution, metabolism, and actions of neurotensin in the CNS as well as discuss the possible neurophysiological roles of this neuropeptide.
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Thyrotropin-Releasing Hormone,ne of numerous actions of TRH, and this tripeptide has been associated with a large variety of other endocrine and nonendocrine central nervous system-related functions (see Section 4, Tables IV and V).
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Behavioral and Neurochemical Effects of ACTH,. In the last part of the chapter we review the evidence that ACTH, by affecting events associated with the function of synaptic membranes, may influence ongoing transmission in certain synapses, presumably contributing to its modulatory action on behavior in animal and man.
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Pain Transmission,ion, I briefly review (1) the complex substrates whereby neural activity generated by high-intensity mechanical, thermal, or chemical stimuli gain access to higher brain centers and (2) systems that regulate transmission through these systems.
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