Summary
Substituted benzamides have been the object of numerous metabolic studies including many by whole body autoradiography of rats and mice.
The present study reports autoradiographic data concerning14C-labelled Sulpuride in monkey. The Study was limited to the brain in order to elucidate the controversial question as to whether the drug can cross the blood-brain barrier. The results showed that in monkey, as in rat and mouse, there is no localization in the brain as can be clearly seen on the autoradiograms. In view of these results and of the undeniable neuroleptic properties of Sulpiride, an indirect mode of action through the release of endogenous mediators is proposed.
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References
Benakis A. et Rey C. (1976): de autoradiographique du Sulpiride UC chez la Souris et le Rat. Localisation spécifique au niveau de l’hypophyse du Rat après administration unique et administrations répétées. J. Pharmacol. (Paris), 7, 367–478.
Stefan Y. et Benakis A. (1976): Action du Sulpiride sur les cellules à prolactine, la glande mammaire et le tractus génital de rats mâles et femmes entiers et hypophysectomisés. J. Pharmac., 7, 379–392.
Benakis A., Pongis M.A., Sugnaux F.R. and Glasson B. (1976): Localization, distribution, elimination and metabolism of14C-Sulpiride in rats. Eur. J. Drug Metabolism and Pharmacokin.,1, 51–62.
Sugnaux F.R., Gulacar F., Buchs A. and Benakis A. (1982): Investigation of Sulpiride and its metabolites in the hypophysis of rats. Quantitative determination by direct probe inlet system mass spectrometry using a homologous internal standard. Eur. J. Mass Spectrom.,2, 1–12.
Liebman J., Neale R. and Moen N.J. (1978): Differential behavioural effects of sulpiride in the rat and squirrel monkey, European J. Pharmacol.,50, 377–383.
Benakis A. (1978): Metabolism and pharmacokinetics of a substituted benzamide, Sulpiride, in animals: specific localization and neuroendocrinological aspect. Proceedings of the Xth CINP Congress, Quebec, July 1976.In: Neuro-psychopharmacology, P. Deniker, C. Radouco-Thomas, A. Villeneuve eds, Pergamon Press, Oxford/New York, pp. 849–864.
Benakis A., Sugnaux F.R., Rey Ch., Plessas Ch. and Vitus J. (1981): The fate of prosulpride (GR 1665) in rats; Localization, distribution, metabolism, elimination and pharmacokinetics. 8th Int. Cong. Pharmacology, Tokyo, Japan. Abstr. No 1090.
Benakis A., Sugnaux F.R., Plessas Ch., Rey Ch., Gallay Ch., Happe R. and Allais P. (1983): The fate of Sulverapride, a new benzamide, in rats; localisation, distribution, elimination and metabolism. American Society for Pharmacology and Experimental Therapeutics, Philadelphia, PA, USA, August 7–11. Abstr. No 77.
Morgand K.T. and Strolin-Benedetti M. (1977): Localization of a new neuroleptic in the pituitary gland of the rat. Experientia,33, 1485–1486.
Jenner P. and Marsden C D. (1984): Multiple dopamine receptors in brain and the pharmacological action of substituted benzamide drugs. Acta Psychiatr. Scand.,69, suppl., 311, 109–123.
Randrup A. and Munkvad I. (1972): Evidence indicating an association between schizophrenic and dopaminergic hyperactivity in the brain. Orthomol. Psychiat.,1, 2–7.
Herberg L.J. and Wishart T.B. (1980): Selective permeation of the blood-brain barrier as a cause of the anomalous properties of “atypical” neuroleptics. Pharmacology Biochem. Behavior,12, 871–873.
Honda F., Satoh Y., Dhimomura K., Satoh H., Noguchi H. Uchida S. and Kato R. (1977): Dopamine receptor blocking activity of sulpiride in the central nervous system. Jap. J. Pharmac,27, 397–411.
Lau Y.S., Runice Ch. and Dowd F. (1984): Role of Calmodulindependent phosphorylation in chronic sulpiride-induced striatal dopamine receptor supersensitivity. J. Pharm. Exp. Ther.,229, 32–37.
Freedman S.B., Poat J.A. and Woodruf G.N. (1981): Effect of guanine nucleotides on dopaminergic agonist and antagonist affinity for3H-sulpiride binding sites in rat striatal membrane preparations. J. Neurochemistry,37, 608–612.
Portaleone P., Di Carlo R., Crispino A. and Genazzani E. (1978): Pituitary modulation of sulpiride action in the central nervous system of the rat. Neuroscience Letters,10, 305–309.
Porteleone P., Crispino A. and Di Carlo R. (1978): Effect of substituted benzamides on the cAMP system in the hypothalamus and striatum of the rat. Neuroscience Letters,9, 233–237.
Hruska R.E., Pitman K.T., Silbergeld E.K. and Ludmer L.M. (1982): Prolactin increases the density of striatal dopamine receptors in normal and hypophysectomized male rats. Life Sciences,30, 547–553.
Nicoletti F., Canonico P.L., Patti F., Rampello L., Condorelli D., Giammonce G., Di Giorgio R.M. and Scapagnini U. (1982): Sulpiride effects on nigral and striated glutamic acid decarboxylase activity; A possible involvement of prolactin. Eur. J. Pharmacology, 77, 131–135.
Nicoletti F., Clementi G., Prato A., Canonico P.L., Rampello L., Patti F., Di Giorgio R.M. and Scapagnini U. (1983): Effects of hyper- and hypoprolactinemia on glutamate decarboxylase activity in medial basal hypothalamus of male rat. Neuroendocrinology,36, 13–16.
Millia C, Nicoletti F., Grasso A.A., Patti F., Condorelli D.F., Rapisarda E., Rampello L., Costa G. and Scapagnini U. (1983): Effects of dopaminergic drug on cerebellar prostaglandin concentration. J. Neurochem.,41, 1190–1191.
Delvoye P., Taubert H.D., L’Hermite M. et Robyn C. (1974): Effets d’hyperprolactinémie produite par le sulpiride sur la sécrétion des gonadotropes et du progesterone, J. Pharmac., 5, Suppl. 2, 25.
Stefan Y. et Benakis A. (1976): Etude ultrastructurale des stimulations exercées par le Sulpiride sur les cellules à prolactine et les cellules gonadotropes de l’hypophyse du rat mâle et femelle. Ann. Endoer. (Paris),37, 375–388.
Mancini A.M., Guitelman CA., Vargas L., Debeljuk L. and Aparicio N.J. (1976): Effect of sulpiride on serum prolactin levels in humans. J. clin. Endoer. Metab.,42, 181–184.
Mielke D.H., Gallant D.M. and Kessler C. (1977): An evaluation of a unique new antipsychotic agent sulpiride; effects on serum prolactin and growth hormone levels. Am. J. Psychiat.,134, 1371–1375.
Clemens J.A. and Saywer B.D. (1974): Identification of prolactin in cerebrospinal fluid. Exp. Brain. Res.,21, 399–402.
Login I.S. and MacLeod R.M. (1977): Prolactin in human and rat serum and cerebrospinal fluid. Brain Research,132, 477–483.
Nicholson G., Greeley Jr. G.H., Humm J., Youngblood W.W. and Kizer J.S. (1980): Prolactin in cerebrospinal fluid: a probable site of prolactin autoregulation. Brain Research,190, 447–457.
Thompson S.A. (1982): Localization of immunoreactive prolactin in ependyma and circumventricular organs of rat brain. Cell Tissue Res.,225, 79–93.
Dubey A.K., Herbert J., Martensz N.D., Beckford U. and Jones M.T. (1983): Differential penetration of three anterior pituitary peptide hormones into the cerebrospinal fluid of rhesus monkeys. Life Sciences,32, 1857–1863.
Scapagnini U., Rizza C, Drago F., Canonico P.L., Pelligrini-Quarantoni B., Ragusa N., Clementi G., Prato A., Marchetti B. and Gessa G.J. (1980): Prolactin effects on the brain. In: Central and Peripheral Regulation of Prolactin Function. R.M. MacLeod and U. Scapagnini eds, Raven Press, New York, p. 23.
Drago F., Canonico P.L., Bitetti R. and Scapagnini U. (1980): Systemic and intraventricular prolactin induces excessive grooming. Europ. J. Pharmacol.,65, 457–459.
Benakis A. (1978): Potentiation of (+)-amphetamineinduced hypermotility in hypophysectomised rats. Progress in Neuro-psychopharmacology,2, 233–235.
Perry K.O., Diamond B.I., Fields J.Z. and Gordon J.H. (1981): Hypophysectomy induce hypersensitivity to dopamine: antagonism by estrogen. Brain Res.,226, 211–219.
Costal B., Foriune D.H., Naylor R.J. and Nouria V. (1982): Behavioural actions of neuroleptics are not reduced by hypophysectomy. J. Pharm. Pharmacol.,34, 588–590.
Langer G., Sachar E.J., Gruen P.H. and Halpern F.S. (1977): Human prolactin responses to neuroleptic drug correlate with antischizophrenic potency. Nature,266, 639–640.
Rubin R.T. and Hays S.E. (1980): The prolactin secretory response to neuroleptic drugs: Mechanisms, applications and limitations. Psychoneuroendocrinology,5, 121–137.
Reynolds L.M., Dyer R.G., Jenner P. and Marsden C D. (1983): Hypophysectomy does not prevent increased cerebral dopamine turnover following sulpiride administration. J. Pharm. Pharmacol.,35, 170–175.
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Benakis, A., Brown, J.P.H. & Benard, P. Autoradiographic study of14C-Sulpiride in monkey. European Journal of Drug Metabolism and Pharmacokinetics 9, 365–370 (1984). https://doi.org/10.1007/BF03189687
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DOI: https://doi.org/10.1007/BF03189687