Titlebook: Recombinant DNA Technologies in Neuroendocrinology; Hiroo Imura (Professor) Conference proceedings 1993 Springer-Verlag Berlin Heidelberg

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书目名称Recombinant DNA Technologies in Neuroendocrinology读者反馈学科排名

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Molecular Alterations in Nerve Cells: Direct Manipulation and Physiological Mediation,molecular alterations in nerve cells, in that, following physiologically mediated changes, transcripts known to be present are quantitatively observed, while the third approach actively alters neuronal cell physiology.

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Use of Transgenic Animals in the Study of Neuropeptide Genes,ial cells of the neural tube and their diversification begins in an early stage of embryogenesis. Change in neuronal electrical activity during development is one of the intermediate processes capable of translating external signals into changes in neuropeptide gene expression.

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Axonal Messenger RNA Transport: Fact or Fiction?,acity to synthesize proteins (Lasek and Brady 1981). Yet, at least in invertebrates, local translation in the axoplasm has been reported (Guiditta et al. 1990, 1991; Rapallino et al. 1988). Factors required for axonal protein synthesis have been detected in squid giant axons (Guiditta et al. 1977);

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Molecular Mechanisms of Regulation of Gene Expression by Glucocorticoids,ansported to target cells where they bind with high affinity (..~10..) and specificity to the intracellular glucocorticoid receptor (GR) protein. The sub-cellular localization of hormone-free GR is still a controversial issue. However, most data support the idea that unliganded GR is in the cytoplas

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Regulation of Gene Expression of Pituitary Hormones by Hypophysiotropic Hormones,, released into the hypophyseal-pituitary portal circulation and carried to the anterior pituitary, where they stimulated the secretion of their specific tropic or growth-related hormones. This remarkable concept was demonstrated regarding hypothalamic regulation of pituitary hormone secretion. Duri

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Use of Transgenic Animals in the Study of Neuropeptide Genes,h as hormones and growth factors. Since the nervous system maintains an extensive repertoire of reactions to stimuli, the biosynthesis of neurotransmitter molecules including neuropeptides has been widely investigated to date. The developing nervous system provides a particularly excellent model for

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