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Peculiarities of functional status and microbiocenosis of the intestines in children with metabolic syndrome

Bokova, T.A.; Ardatskaia, M.D.

Eksperimental'naia i Klinicheskaia Gastroenterologiia 1: 34-37

2013

ISSN/ISBN: 1682-8658
PMID: 23951896
Document Number: 666646
The article is devoted to the study of the functional state and microbiocenosis of intestines in children with a metabolic syndrome based on the study of the qualitative and quantitative composition of short-chain fatty acids in feces and blood serum. The results of the study showed that children with MS have a high rate of registered functional disorders of the intestine, characterized by the change of the nature of the chair and the results of scatological and biochemical tests. Disbiotic violations, accompanied by a reduction in the number and the metabolic activity of the indigenous microflora, change in the activity of anaerobic microorganisms were identified, which manifests itself as characteristic changes of qualitative and quantitative composition of the SHQ in the feces and blood serum.

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Dmitrieva, T.I.; Aĭzman, R.I.; Kŏsolapov, G.K.; Peterson, V.D. 1990: Structural and functional status of the kidneys in children with nephropathies associated with metabolic disorders Pediatriia 2: 31-36
Novitskiĭ, V.V.; Kolosova, M.V.; Kravets, E.B.; Stepovaia, E.A.; Filippov, G.P.; Dorovskikh, I.A.; Tarkhova, E.P.; Bulavina, I.V. 1999: Structure-metabolic status and functional characteristics of erythrocytes in children with insulin-dependent diabetes Biulleten' Eksperimental'noi Biologii i Meditsiny 128(9): 347-350
Krivosheev, A.B.; Kuimov, A.D.; Khavin, P.P.; Morozova, A.A. 2009: Non-medicamentous correction of metabolic and functional disorders in the biliary tract of patients with metabolic syndrome Voprosy Kurortologii Fizioterapii i Lechebnoi Fizicheskoi Kultury 2009(4): 23-27
Lykova, E.A.; Vorob'ev, A.A.; Bokovoĭ, A.G.; Pobedinskaia, I.N.; Gevondian, V.S.; Gevondian, N.M.; Mitrokhin, S.D.; Minaev, V.I.; Dzis, N.B.; Makkaveeva, L.F.; Kovalev, I.V.; Murashova, A.O.; Bondarenko, V.M. 2000: Disruption of microbiocenosis of the large intestine and the immune and interferon status in children with bacterial complications of acute viral infections of the respiratory tract and their correction by high doses of bifidumbacterin forte Antibiotiki i Khimioterapiia 45(10): 22-27
Topuzov, V.S.; Zaika, V.A. 1990: Prevention and treatment of small bowel syndrome after extensive resection of the intestines in children Vestnik Khirurgii Imeni I. I. Grekova 145(7): 75-76
Riazantseva, N.V.; Novitskiĭ, V.V. 2002: Structural and metabolic status and functional properties of erythrocytes in schizophrenic patients Zhurnal Nevrologii i Psikhiatrii Imeni S.S. Korsakova 102(6): 36-42
Kamrul-Hasan, A.B.; Aalpona, F.Z. 2019: Association of Vitamin D Status with Metabolic Syndrome and its Components in Polycystic Ovary Syndrome Mymensingh medical journal: MMJ 28(3): 547-552
Malishevskiĭ, M.V.; Zhmurov, V.A.; Gapon, L.I.; Kashuba, E.A.; Argunova, G.A. 1993: The effect of the physical status of the neutrophil membranes on their functional metabolic activity in hypertension patients Kardiologiia 33(11): 13-16; 3
Matusevich, E.I.; Setko, I.M.; Khaliulina, F.F. 2009: Preschool children's functional status in relation to the sanitary-and-hygienic well-being of a children's educational establishment Gigiena i Sanitariia 4: 54-55
Goncerzewicz, M.; Socha, J.; Cichy, W.; Nagadowska, J. 1974: Hydroxyproline indicators in the evaluation of nutritional status of children with various metabolic diseases Pediatria Polska 49(2): 157-164
Ariaev, N.L. 1982: Ultrastructural, transport and functional metabolic characteristics of the biological membranes of children's blood cells at different ages Pediatriia 11: 4-6
Davidich, L.N.; Sheleketina, I.I. 1985: Absorption of L-arabinose as a test for assessing the functional state of the intestines Laboratornoe Delo 11: 699-700
Kuvshinnikov, V.A. 1990: The nutritional status characteristics and the protein metabolic indices of children with acute leukemia Voprosy Pitaniia 3: 24-28
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
Mancini, M.Cotta.; Carvalho e Silva, P.; Gonçalves, S.Corrêa.; Martins, S.de.Medeiros. 2003: Comparison of functional performance among children with Down syndrome and children with age-appropriate development at 2 and 5 years of age Arquivos de neuro-psiquiatria 61(2B): 409-415
Gong, X.; Pan, X.; Chen, X.; Hong, C.; Hong, J.; Shen, F. 2012: Associations between coronary heart disease and individual components of the metabolic syndrome according to glucose tolerance status Journal of International Medical Research 40(3): 934-942
Jongjit, J.; Komsopapong, L.; Chira-Adisai, W. 2002: Measuring functional status in Thai children with disabilities Journal of the Medical Association of Thailand 85(4): 446-454
Kulikova, O.N.; Tarakanov, A.V. 1982: Protein metabolic status of acute myocardial infarct patients before and after fentanyl and droperidol arrest of the pain syndrome Farmakologiia i Toksikologiia 45(4): 52-54
Mamedov, M.N.; Gorbunov, V.M.; Kiseleva, N.V.; Oganov, R.G. 2005: Structural-functional changes of myocardium and hemodynamic disturbances in patients with metabolic syndrome: contribution of arterial hypertension in formation of total coronary risk Kardiologiia 45(11): 11-16
Borisova, E.P.; Kylbanova, E.S.; Asekritova, A.S. 2015: Features of Clinical-Functional Manifestations of Chronic Obstructive Lung Disease in Combination with Metabolic Syndrome in Ethnic Groups of the Yakuts and the Russians Wiadomosci Lekarskie 68(4): 454-457