Basal plasma corticosterone level after bilateral selective lesions of the olfactory pathways in the rat
Cattarelli, M.; Demaël, A.
Experientia 42(2): 169-171
1986
ISSN/ISBN: 0014-4754 PMID: 3948971 Document Number: 273731
In comparison to control rats, basal plasma corticosterone level and lactacidemia significantly increased in rats submitted to a bilateral lesion of the lateral olfactory tract and/or the anterior branch of the anterior commissure. Only the lesion of the anterior branch of the anterior commissure induced hyperglycemia; that of the lateral olfactory tract exerted an opposite effect.
Document emailed within 1 workday
Related Documents
Montilla, P.; Varo, A.; Muñoz, M.C. 1983: Effect of lesions of the cerebral amygdaloid complex on basal and dexamethasone-induced corticosterone secretion Archivos de Neurobiologia 46(5): 317-326Sidorov, I.; Luders, H. 1971: Plasma corticosterone level in chickens after oral administration of furazolidone Deutsche Tierärztliche Wochenschrift 78(13): 375-378
Coll Andreu, M.; Ayora Mascarell, L.; Trullas Oliva, R.; Morgado Bernal, I. 1991: Short-term effects of the isolated platform on corticosterone plasma level Archivos de Neurobiologia 54(2): 54-56
Cao, W.; Wang, Y.; Lu, Z. 1990: Effects of acupuncture on pain threshold and plasma corticosterone level at different times of the day Journal of Traditional Chinese Medicine 10(2): 136-140
Guha, D.; Williams, E.F.; Nimitkitpaisan, Y.; Bose, S.; Dutta, S.N.; Pradhan, S.N. 1976: Effects of sound stimulus on gastric secretion and plasma corticosterone level in rats Research Communications in Chemical Pathology and Pharmacology 13(2): 273-281
Molotkov, O.V.; Kozlov, N.B. 1972: Effect of heat on corticosterone level and binding capacity of blood plasma proteins Biulleten' Eksperimental'noi Biologii i Meditsiny 73(9): 44-47
Péczely, P.; Herbuté, S.; Daniel, J.Y.; Baylé, J.D. 1978: The effect of lesions of the epithalamus on plasma aldosterone and corticosterone levels in Japanese quail Acta Biologica Academiae Scientiarum Hungaricae 29(3): 249-253
Lim, C.C.T. 2009: Magnetic resonance imaging findings in bilateral basal ganglia lesions Annals of the Academy of Medicine Singapore 38(9): 795-798
Burman, G.P.; Renu, B. 1997: Bilateral ischaemic lesions of basal ganglia in children after minor head trauma Neurology India 45(4): 280-281
Sheu, Y-Lin.; Cheng, S-Jung.; Chen, Y-Min.; Hseuh, I-Hung. 2007: The syndrome of bilateral basal ganglia lesions in diabetic uremic patients presenting with a relapsing and remitting course: a case report Acta Neurologica Taiwanica 16(4): 226-230
Németh, S.; Vigas, M.; Mikulaj, L. 1971: Changed response of the plasma corticosterone level to Noble-Collip drum trauma in non conditioned and conditioned rats after treatment with thyroxine and after thyroidectomy Endocrinologia Experimentalis 5(3): 179-184
Sriussadaporn, S.; Ploybutr, S.; Peerapatdit, T.; Nitiyanant, W.; Vannasaeng, S.; Vichayanrat, A. 1997: Efficacy of using basal plasma adrenocorticotropic hormone-radioimmunoassay (ACTH-RIA) level in the identification of the cause of Cushing's syndrome Journal of the Medical Association of Thailand 80(4): 233-241
Annunziato, L.; Di Renzo, G.F.; Schettini, G.; Scapagnini, U.; Preziosi, P. 1977: Increased plasma corticosterone and decreased plasma thyroid-stimulating hormone levels in rats treated with vincristine Cancer Research 37(8 Part 1): 2574-2577
Zhang, J.-l.; Hang, W.; Liu, G. 2013: Olfactory bulb volume and depth of olfactory sulcus in patients with idiopathic olfactory loss Zhonghua Er Bi Yan Hou Tou Jing Wai Ke Za Zhi 48(4): 279-283
Osadchuk, A.V.; Naumenko, E.V. 1983: Genetic endocrine and ethological mechanisms of differential reproduction. I. a comparative genetic analysis of the basal testosterone level in the blood plasma and the relative weight of the testicles and accessory sex glands in male laboratory mice Genetika 19(8): 1265-1272
Palacios, E.; Valvassori, G. 1998: Olfactory esthesioneuroblastoma (olfactory neuroblastoma/olfactory neuroepithelioma) Ear Nose and Throat Journal 77(11): 890-891
Yang, H-tao.; Qi, S-shan.; Shen, X-qian. 2003: Significance and plasma level of PAI-1 on the angiographic severity of coronary lesions and coronary event Hunan Yi Ke da Xue Xue Bao 28(6): 655-656
Audrain, M.; Beraud, G.; Lescoat, G.; Feliot, J.; Maniey, J. 1978: Effect of estrus cycle, ovariectomy and lactation on variations of basal corticosterone levels or agression stress levels in rats Comptes Rendus des Seances de la Societe de Biologie et de ses Filiales 172(1): 33-37
De Pasquale, A.; Costa, G.; Trovato, A.; Galati, E.M. 1978: Effect of caffeine on plasma and adrenal corticosterone in the rat Bollettino della Societa Italiana di Biologia Sperimentale 54(19): 1854-1860
Hirai, T. 1992: The neuroendocrine regulation of plasma corticosterone rhythm in rats Hokkaido Journal of Medical Science 67(1): 12-26