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  • noun

Synonyms for vasopressin

hormone secreted by the posterior pituitary gland (trade name Pitressin) and also by nerve endings in the hypothalamus

References in periodicals archive ?
The MnPO also receives projections from catecholaminergic A2 neurons present in NTS (an area of the CNS that integrates afferences from the carotid and peripheral osmoreceptors) [14,15,43].
Osmoreceptors or sodium receptors activate circuits that subserve thirst and sodium appetite, and a parallel inhibitory circuit of sodium appetite involves the LPBN.
Osmoreceptors. Within the hypothalamus, osmoreceptor cells sense changes in ECF osmolality.
In addition, there is a decrease in the sensitivity of the volume osmoreceptors responsible for stimulating thirst (Stachenfeld, Dipietro, Nadel, & Mack, 1997; Toto, 1994).
Osmoreceptors in the hypothalamus itself cause the pituitary to increase ADH levels when plasma osmolality increases as little as 1-2% [2,7] Baroreceptors, especially in the heart and the carotid sinus, [10] monitor changes in blood volume and pressure and indirectly signal the hypothalamus to regulate ADH according to perceived changes.
Osmoreceptors in the hypothalamus respond when plasma osmolarity changes by as little as one per cent, first stimulating ADH release and then thirst.
Alternatively, mouthpart osmoreceptors might provide information about the chemical quality of prey items.
When plasma osmolality rises, it stimulates osmoreceptors located in the hypothalamus, which, in turn, sends signals to the vasopressin synthesizing cells located in the supraoptic and paraventricular nuclei of the hypothalamus.
Strategically located near the supraoptic nuclei of the hypothalamus are osmoreceptors which create a feedback control system for ADH secretion.
Osmoreceptors in the hypothalamus are sensitive to overall fluid balance and release ADH accordingly.
Water-permeability of the late distal tubule is influenced by antidiuretic hormone (ADH), which is produced by the hypothalamus and released in response to input by systemic baroreceptors, osmoreceptors, and angiotensin II.
and the amphipod Gammarus oceanicus, and Tazaki and Tanino (1973) concluded that the antennae of the spiny lobster Panuliris japonicus have mechanoreceptors that also function as osmoreceptors. There is also evidence that the legs of crustaceans have receptors that provide important information about salinity.