Top Abstract Purchase Related
Home
>
Node
>
Subnode

Endocrine and metabolic mechanisms of the pathological syndrome due to antigens of homologous glial tissue in monkeys

Cupić, D.; Krzalić, L.; Nastić-Mirić, D.; Korneva, E.A.; Shkhinek, E.K.

Biulleten' Eksperimental'noi Biologii i Meditsiny 98(12): 666-668

1984

ISSN/ISBN: 0365-9615
PMID: 6542439
Document Number: 231618
Monkeys (Macaca mulatta) of both sexes repeatedly immunized with a complex of glial antigens of the homologous brain demonstrated abnormalities of hormonal functions after 1 to 5 weeks. These abnormalities were marked by a decrease in the total serum tyroxine (after 1 week) and a rise in the concentration of 11-hydroxycorticosteroids (11-OHCS) that occurred after 5 weeks. The changes in tyroxine level were more stable than those in the concentration of 11-OHCS. The immunized animals manifested changes in the disc electrophoregram of the serum. Application of stress resulted in a consistent elevation of the concentration of 11-OHCS and in temporary changes in the number and intensity of individual fractions of serum proteins. The fractional composition of serum proteins was different in control and experimental monkeys.

Document emailed within 1 workday
Secure & encrypted payments

Boss, J.H.; Nelken, D. 1970: Antibodies to species homologous tissue antigens in the rat. IV. Correlation of circulating antibodies with glomerulonephritis in rats sensitized with homologous tissue components Israel Journal of Medical Sciences 6(4): 523-534
Suárez-Luis, I.; Rodríguez-Rodríguez, Y.; Roussó-Viota, T.; Cordero-Eiriz, A. 2003: Some considerations about the possible pathological mechanisms at work in antiphospholipid syndrome and stroke Revista de Neurologia 37(7): 654-657
Striuk, R.I.; Tsyganok, N.I. 2006: Neurohumoral mechanisms of pathogenesis of metabolic syndrome Kardiologiia 46(4): 54-59
Vaidya, R.A.; Vaidya, A.D.B.; Talwalkar, S.C.; Mehtalia, S.D.; Shringi, M.S.; Pandey, S.N.; Shah, S.J.; Godse, C.; Joshi, J.V.; Sheth, J.; Kamdar, V.V. 2002: Clinical, endocrine and metabolic studies in the kindred of familial partial lipodystrophy--a syndrome of insulin resistance Journal of the Association of Physicians of India 50: 773-776
Mes-Krowinkel, M.G.; Louwers, Y.V.; Mulders, A.G.M.G.J.; de Jong, F.H.; Fauser, B.C.J.M.; Laven, J.S.E. 2014: Influence of oral contraceptives on anthropomorphometric, endocrine, and metabolic profiles of anovulatory polycystic ovary syndrome patients Fertility and Sterility 101(6): 1757-65.E1
Wu, J.; Zhu, Y.; Jiang, Y.; Cao, Y. 2008: Effects of metformin and ethinyl estradiol-cyproterone acetate on clinical, endocrine and metabolic factors in women with polycystic ovary syndrome Gynecological Endocrinology: the Official Journal of the International Society of Gynecological Endocrinology 24(7): 392-398
van Gils, F.C.; Westerman, Y.; van den Bos, C.; Burger, H.; van Leen, R.W.; Wagemaker, G. 1993: Pharmacokinetic basis for optimal hemopoietic effectiveness of homologous IL-3 administered to rhesus monkeys Leukemia 7(10): 1602-1607
Kumaran, B.; Gunasekar, P.G.; Aruldhas, M.M.; Govindarajulu, P. 1989: Influence of prolactin on neural and glial cellular adenosine triphosphatases in immature male bonnet monkeys (Macaca radiata, Geoffroy) Indian Journal of Experimental Biology 27(1): 17-19
Feyrter, F. 1971: Adreno-lipoid syndrome. Brown adipose tissue in normal and pathological states Wiener Klinische Wochenschrift 83(22): 393-399
Pawlak, J. 1975: Copper metabolism disorders as an attempt at explaining analogous pathological mechanisms in Wilson's syndrome and severe cases of liver cirrhosis Wiadomosci Lekarskie 28(12): 1041-1044
Haydardedeoglu, B.; Simsek, E.; Kilicdag, E.B.; Bagis, T. 2009: Metabolic and endocrine effects of metformin and metformin plus cyclic medroxyprogesterone acetate in women with polycystic ovary syndrome International Journal of Gynaecology and Obstetrics: the Official Organ of the International Federation of Gynaecology and Obstetrics 105(1): 32-35
Olsson, T.; Rask, E. 2002: Adipose tissue-specific cortisol formation. a key to new treatment of the metabolic syndrome Lakartidningen 99(26-27): 2955-2956
Krotkiewski, M. 1996: The role of muscle, adipose tissue and liver in development of metabolic syndrome Polski Tygodnik Lekarski 51(1-5): 40-45
Saiki, H.; Nakaya, M.; Sugita, Y.; Kamachi, M. 1976: Metabolic and hormonal mechanisms of mineral metabolic adaptation to induced hypokinetics in rats Aviation Space and Environmental Medicine 47(8): 846-852
Schillat, I.; Wilk, I. 1972: Glial tissue in the uterine mucosa Zentralblatt für Gynakologie 94(11): 366-371
Günzel, D.; Schlue, W.R. 2000: Mechanisms of Mg2+ influx, efflux and intracellular 'muffling' in leech neurones and glial cells Magnesium Research 13(2): 123-138
LaValle, J.B. 2006: Hidden disruptions in metabolic syndrome: drug-induced nutrient depletion as a pathway to accelerated pathophysiology of metabolic syndrome Alternative Therapies in Health and Medicine 12(2): 26-31; Quiz 32-3
Siegel, J.H.; Vary, T.C.; Rivkind, A.; Bilik, R.; Coleman, B.; Tall, B.E.; Morris, J.G. 1989: Abnormal metabolic control in the septic multiple organ failure syndrome: pharmacotherapy for altered fuel control mechanisms Progress in Clinical and Biological Research 308: 535-543
Wettstein, P.J.; Colombo, M.P. 1987: Immunodominance in the T cell response to multiple non-H-2 histocompatibility antigens. IV. Partial tissue distribution and mapping of immunodominant antigens Journal of Immunology 139(7): 2166-2171
Kraśnicka, Z.; Borowicz, J.W.; Gajkowska, B. 1972: Ultrastructure of glial cells in tissue culture in vitro Neuropatologia Polska 10(3): 401-410