1999, Volume 45, Issue 2 |
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97-104 |
Sheibak V.M. Regulation of the intracellular sructure pool CoA as one of the principle in treatment of etabolic disturbances
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105-116 |
Shashkina M.Ya., Shashkin P.N., Sergeev A.V. Biological availability of carotenoids
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117-122 |
Bardina L.R., Satanovskaya V.I. Metabolic alcohol adaptation in rats with different preference of ethanol over water
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123-130 |
Lebedev A.V., Ivanova M.V., Krasnovid N.I., Koltzova E. A. Weak acid properties of hydroxylated naphthazarins and their reaction with superoxide anion-radical
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131-135 |
Gribanov G.A., Kostyuk N.V., Abramov Yu.V., Bykov V.A., Rebrov L.B., Volodina T.V., Pertsov S.S. Lipid indexes of the skin, the cerebellum and the medulla oblongatain rats during water-immersion stress
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136-139 |
Lokhov P.G., Ipatova O.M., Abakumova O.Yu., Tsvetkova T.A., Prozorovskii V.N. Study of specific binding and uptake of ligand(peptide)-coated liposomes by cells PC12 cells
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140-144 |
Matveyev S.B., Marchenko V.V., Popova T.S., Golikov P.P. State of lipid peroxidation processes in enteral correction of experimental haemorrhage
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145-149 |
Tolstukhina T.I., Flerov M.A. Atpase activity of neurone and neuroglia under picrotoxin-induced convulsions
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150-157 |
Kodentsova V.M., Vrzhesinskaya O.A., Denisova S.N., Sprichev V.B. Vitamin B1 and B2 metabolism in phenylketonuric patients
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158-164 |
Podorolskaya L.V., Andreenko G.V., Polyantseva L.R., Bumblyte I.D. Fibrinolytic activity of urine in chronic glomerulonephritis and amyloidosis
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165-169 |
Okon E.B., Hranisavljevic J., Vucelic D., Kaminsky Y.G. Comparative and quantitative analysis of proteins in urine and peritoneal fluid fractioned with SDS-electrophoresis and stained with silver
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170-177 |
Laktionov P. P., Shevchuk N.A., Naumov V. A., Zhevachevsky N.G., Rykova E.Yu., Vlasov V. V. Development of a two-site immunoassay using polyclonal antibodies for lactoferrin measurement in human sera
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178-184 |
Veselovsky A.V., Lebedeva Z. I., Ivanov A.S., Berezov T.T. Investigation of the mechanism of catalitical action and active sitestructure of glutamin(asparagin)ase by methods of computer analysis. I. Pharmacophore models of glutamine(asparagine) ase substrates
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