Histamine release inhibition in dog lung and gut mast cells by isoproterenol
Article Sidebar
21)
Published:
1991-03-01
Keywords:
Adrenergic, Animals, Calcimycin/pharmacology, Calcium/pharmacology, Chemical, Concanavalin A/pharmacology, Depression, Dogs, Drug Interactions, Histamine Release/drug effects, Intestine, Isoproterenol/pharmacology, Lung/cytology, Mast Cells/drug effects/metabolism, Receptors, Small/cytology, Sodium Fluoride/pharmacology, beta/drug effects/physiology, p-Methoxy-N-methylphenethylamine/pharmacology, Mucous mast cells, beta-Adrenergic, NaF, Ca, Ionophore A23187
How to Cite
Histamine release inhibition in dog lung and gut mast cells by isoproterenol. (1991). Revista Española De Fisiología, 47(1), 19-24. https://revistas.unav.edu/index.php/ref/article/view/46332
55
Abstract
Enzymatically isolated dog lung and gut mast cells were stimulated with compound 48/80, ionophore A23187, concanavalin A and FNa-Ca. Cell response elicited by A23187, concanavalin A or 48/80 is almost completely inhibited by isoproterenol. Concanavalin A induced histamine release on gut mast cells is high, indicating an elevated degree of sensitization of these cells. Results point to the existence of beta adrenergic inhibitory activity on dog lung and gut mast cells.
Keywords:
Adrenergic, Animals, Calcimycin/pharmacology, Calcium/pharmacology, Chemical, Concanavalin A/pharmacology, Depression, Dogs, Drug Interactions, Histamine Release/drug effects, Intestine, Isoproterenol/pharmacology, Lung/cytology, Mast Cells/drug effects/metabolism, Receptors, Small/cytology, Sodium Fluoride/pharmacology, beta/drug effects/physiology, p-Methoxy-N-methylphenethylamine/pharmacology, Mucous mast cells, beta-Adrenergic, NaF, Ca, Ionophore A23187
Authors
M.R. Vieytes
L.F. de la Cruz
L.M. Botana
Metrics
|
|
Downloads
Download data is not yet available.
Issue
Section
Articles