Titlebook: Hormonally Active Brain Peptides; Structure and Functi Kenneth W. McKerns,Vladimir Pantić Book 1982 Springer Science+Business Media New Yor

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含水层

Mode of Opioid and Catecholamine Involvement in Regulating LH Secretion,al discrete regions of the diencephalon and that they are secreted into the hypophyseal portal veins (Hughes ., 1975; Guillemin ., 1976; Bloom ., 1978; Goldstein ., 1979; Larsson ., 1979; Snyder, 1980; Uhl ., 1978; Wamsley ., 1980; Wardlaw ., 1980). Recent research efforts have been focused on demon

adhesive

nonradioactive

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FLINT

Steroids and Membrane-Associated Events in Neurons and Pituitary Cells,transmitters on the other. Peptide hormones were shown to first interact with membrane receptor sites, activating membrane enzymes and/or channels to various ions, whereas steroid hormones were supposed to passively cross the lipid bilayer of the cell membrane to bind to a cytosolic receptor, as the

毁坏

泰然自若

Recent Data on Neuropeptide Mapping in the Central Nervous System,s concerned and even this knowledge proved to be rather superficial. Following the bioassays establishing the existence of hypothalamic releasing and inhibiting hormones by the early 1970s, three neuropeptides of such effect (LH-RH, TRH, and somatostatin) were chemically identified, whereas the chem

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Clumsy

In Vitro Synthesis of Hypothalamic Neurophysin Precursors,979), has focused on fundamental questions about the biosyn-thetic and molecular events by which these species are formed and stabilized into noncovalent complexes (see Fig. 1). While interacting complexes can be formed between native protein and hormone in their isolated forms, it has become eviden