Bound to a dream condition

Bound to a dream condition (daily) flashes of secretion are most expressed in the childhood when they are observed and during a day dream, and with the years gradually fade ( 7-8). It is established, that 70 from general daily quantity at night order ultram sale cosecrete. These "flashes" of secretion of a hormone appear, apparently, in the beginning of a deep dream as they are absent if the person awake before offensive III and IV stages of a dream. The attentive analysis of such communication at some healthy faces at the pathological conditions accompanied by changes of a dream and secretion , and also at influence of pharmacological agents (for example, Imipraminum, , and ) which are capable to block reaction , has allowed to conclude, that night secretion is the process often beginning simultaneously with offensive of a dream, but not strongly bound to the nervous mechanisms defining development of a dream. The metabolic. Change of concentration of power substances in blood and, that is more important, in cells plays an essential role in regulation of secretion .
The augmentation of the maintenance of Saccharum in blood, whether it be owing to peroral or intraveins th of introduction of a glucose, suppresses secretion . This phenomenon is widely used in acromegalia diagnostics. On the contrary, depression of level of a glucose in blood (to be exact - an intracellular metabolism of a glucose), whether it be owing to action of insulin or the test in a descending phase, stimulates secretion . Value of an intracellular metabolism of Saccharum is illustrated by stimulating effect of introduction 2-dezoksigljukozy, causing a hyperglycaemia with simultaneous intracellular at the expense of blockade glucoses. For today the insulinic hypoglycaemia serves as the most reliable stimulus, allowing to estimate secretory ability . The important determinants of reaction is both absolute level of a glucose, and rate of depression of its concentration as fast reduction of the maintenance of a glucose with level to norm also can cause secretion . In a ventral hypothalamus neurones sensitive to a glucose, which as consider, are found out Peroral introduction of separate amino acids (an arginine, a lysine, Leucinum, etc.), admixtures of amino acids or fibers stimulates emission . buy pyridium online Rising of level of free fat acids in the plasma, caused by infusion of a fatty emulsion with a heparin (for activation lipases), acutely suppresses secretion . On the contrary, fast reduction of the maintenance of free fat acids stimulates secretion . In , still it is necessary to find out the mechanism of action of amino acids and free fat acids, no less than concrete points of the appendix of their action. The hormonal. Secretion by various ways is influenced by many hormones. Estrogens strengthen secretory reaction of a hormone of growth to action of many stimulus that is observed and concerning Prolactinum, Gonadotropinum and . It is considered, that progesterone suppresses secretion , but proofs to that are rather limited. Reactions to stimulation are braked by exogenous glucocorticoids, endogenous , giper hypothyrosis. Though it is shown, that both steroids, and a thyroxine have the an effect immediately on , action it, most likely, more difficult and can include influences both on a hypothalamus, and on formation (which it is oppressed with estrogens and glucocorticoids) and on other effects . Itself on a feedback mechanism brake an effect has on own secretion though it is not known yet, whether this action is immediate or it is mediated by any intermediate substance (for example, or one of metabolism substrates). In favour of last point of view existence of nanism [73] testifies, at which resistance to action (defect at receptor or postreceptor level) is accompanied by rising of level in blood. Some hormones (a vasopressin, and its separate fragments, and also a-MSG) acutely raise secretion . Now it is necessary to consider their effect pharmacological which is caused, possibly, interaction of these peptides with receptors STG-RF on . Unlike it the glucagon influences secretion not at once and its action, most likely, is mediated by carbohydrate metabolism changes. and preparations. Numerous data about secretions and about effects of the substances possessing activity, are in detail surveyed in other publications [74, 75]. At the person, it is possible to summarise the numerous data, concerning secretions as follows: irrespective of character of operating factors their effects are mediated in , and is more concrete - in a hypothalamus one or several which eventually cause liberation STG-RF or . Some contradictions existing in the literature can, possibly, to speak that fact, that these are liberated locally and that for reaction reproduction excitation not one, and two or more neurones with participation not one, and several (see chapter 6) is necessary. Probably also, that , mediating stimulating reaction in one chain of neurones, in another mediates brake reaction. There are indicatings for a role almost all classical (Noradrenalinum, adrenaline, Dofaminum, a serotonin and Acetylcholinum) in regulation of secretion . ?-adrenergic receptors mediate, apparently, , and a-receptors - stimulating influences.