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1.
[The temperature dependence of the respiration and phospholipid content of the mitochondria in the organs of heat-adapted rats]. / Temperaturnaia zavisimost' dykhaniia i fosfolipidnyi sostav mitokhondrii organov u adaptirovannykh k teplu krys.
Seferova, R I; Manenkova, I D; Sergienko, E V; Babaeva, A Kh.
Fiziol Zh SSSR Im I M Sechenova ; 76(2): 247-52, 1990 Feb.
Article in Russian | MEDLINE | ID: mdl-2163919

ABSTRACT

A shift of breaking point to higher temperatures was illustrated on Arrhenius plots in kidney, liver and heart mitochondria of heat-adapted rats on 4.1, 2.7, 2.4 degrees C respectively. Q10 mitochondrion respiration fall in adapted animals in a range of 26-36 degrees C was indicative of temperature compensation. It was shown the elevation of phospholipid plasmalogen form content in heart and kidney mitochondria; as well as saturated fatty acids content in liver mitochondria. Structure and function changes were suggested to be the basic point of elevation of mitochondrion functional ability at high ambient temperature.


Subject(s)
Adaptation, Physiological/physiology , Hot Temperature , Mitochondria/physiology , Oxygen Consumption/physiology , Phospholipids/physiology , Temperature , Animals , Atmosphere Exposure Chambers , Fatty Acids/analysis , Fatty Acids/physiology , Kidney/analysis , Kidney/physiology , Mitochondria/analysis , Mitochondria, Heart/analysis , Mitochondria, Heart/physiology , Mitochondria, Liver/analysis , Mitochondria, Liver/physiology , Phospholipids/analysis , Rats
2.
[Effect of different water metabolism conditions on energy metabolism and ionic gradients in the renal medulla]. / Energeticheskii metabolizm i ionnye gradienty v mozgovom veshchestve pochki pri razlichnykh sostoianiiakh vodnogo obmena.
Natochin, Iu V; Babaeva, A Kh; Serebriakov, E P; Seferova, R I; Podsekaeva, G V.
Fiziol Zh SSSR Im I M Sechenova ; 65(9): 1329-34, 1979 Sep.
Article in Russian | MEDLINE | ID: mdl-226422

Subject(s)
Energy Metabolism , Gerbillinae/metabolism , Kidney Medulla/metabolism , Water-Electrolyte Balance , Animals , Diuresis , Glycolysis , Kidney Concentrating Ability , Kidney Cortex/metabolism , Kidney Medulla/enzymology , L-Lactate Dehydrogenase/metabolism , Rats , Sodium-Potassium-Exchanging ATPase/metabolism , Species Specificity , Succinate Dehydrogenase/metabolism
3.
[Effect of antidiuretic hormone on energy-coupled transport of sodium in renal epithelial mitochondria]. / Vliianie antidiureticheskogo gormona na énergeticheski sopriazhennyi transport natriia v mitokhondriiakh kletok pochechnogo épiteliia.
Babaeva, A Kh; Puchkova, L V; Turovskii, V S.
Biokhimiia ; 37(6): 1260-4, 1972.
Article in Russian | MEDLINE | ID: mdl-4643745

Subject(s)
Kidney/metabolism , Mitochondria/metabolism , Sodium/metabolism , Vasopressins/pharmacology , Animals , Kidney Cortex/drug effects , Kidney Cortex/metabolism , Kidney Medulla/drug effects , Kidney Medulla/metabolism , Oxidative Phosphorylation/drug effects , Potassium/metabolism , Rats
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