Central Regulation of the Endocrine System

摘要: Opening address.- Session I. The Peptidergic Neuron.- Neuroendocrine regulation: peptidergic neuron Introduction and historical background.- biochemistry of neurons.- Hypothalamic hormones regulating pituitary (and other) functions: Their physiology as well recent studies with their synthetic analogues.- Presynaptic mechanisms in Neurotransmitters neuropeptides: Distribution patterns cellular localization revealed by immuno-cytochemistry.- Activation release mechanism neurohypophyseal hormones.- Studies on the degradation hypothalamic releasing hypothalamus other CNS areas vitro.- Postsynaptic transmission.- role GTP coupling hormone receptors adenylate cyclase.- Interactions between peripheral at anterior level.- Peptide neurotransmitter brain: Regulation ions guanyl nucleotides.- Neurophysiology opioid ligands.- II. Transmitter Neuropeptide Synaptic Mechanisms.- ?-adrenergic receptor pineal gland red cell membranes.- Cyclic nucleotide protein phosphorylation central nervous system.- Contrasting principles synaptic physiology: non-peptidergic neuropeptide rat brain.- interactions epinephrine neuronal systems systems.- Effect peptides brain monoamines gross behaviour.- III. Hormonal Control Neurons.- Current approaches to steroid hormone-cell interactions.- Steroid pituitary.- Feedback effects controlling neuroendocrine functions.- Pituitary neuropeptides behavior.- Sexual differentiating actions steroids hypothalamopituitary-liver axis.- IV. Between Hormones control function.- Neurotransmitter secretion from V. Controls Neurons Humans.- neurons humans. An introduction.- dopamine prolactin gonadotropin humans.- growth secretion.- Clinical relationships normal disordered VI. Reporters' Overviews.- Role regulation Some postsynaptic Reporter's remarks.- Overview IV: neurotransmitters Discussion clinical neuroendocrinology section.- Participants.