1976, Volume 22, Issue 3 |
|
291-296 |
Merkur'eva R.V., Bukhtoiarova F.G. Glycosaminoglycans in blood serum of patients with rheumatoid arthritis
|
|
296-301 |
Medvedev L.A., Belobragina G.V. Content of hexuronic acids, hexoses and tyrosine in the lung tissue in experimental pneumoconiosis
|
|
307-311 |
Iavich M.P., Lerman M.I. Cell-free system of protein synthesis from rat's cardiac muscle
|
|
311-318 |
Miroshnichenko Z.N., Kucherenko N.E., Tsudzevich B.A. ATP metabolism under conditions of radiation injury and the ways of its modification
|
|
318-325 |
Barabash R.D., Levitskiĭ A.P., Loginova N.K., Yovchuk S.V., Genesina T.I. Role of salivary kallikrein in the pathogenesis of periodontosis
|
|
325-328 |
Kukhta V.K. Activity of enzymes of pentosephosphate pathway in the erythrocytes, myocardium and intercostal muscle of patients with mitral valve stenosis
|
|
329-334 |
Aleshina N.T., Burlakova E.B., Terekhova S.F. Comparative study of changes in the concentration of free cholesterol and antioxidative activity of lipids from animal tissues
|
|
334-338 |
Eremenko V.V., Mardashev S.R., Tiul'panova E.S., Evseev L.P. Regulation of L-asparaginase biosynthesis in mutants of Bacillus mesentericus 43A, poorly growing in the presence of aspartic acid
|
|
339-342 |
Ivanov G.G. Non-proteolytic enzymes of human gastric and duodenal mucosa in peptic ulcer
|
|
343-346 |
Nikol'skaia I.I., Debov S.S. Enzyme splitting S-adenosylmethionine in the cells of Escherichia coli CK infected with phage CD
|
|
346-351 |
Klimov A.N., Magracheva E.Ya., Chistiakova A.M., Matveev I.I., Triufanov V.F. Comparison of lipoprotein spectrum and lipids in maternal blood and in umbilical cord blood of newborn infant
|
|
351-356 |
Batishchev A.I., Lamzina N.V., Cherniak N.B. Kinetic properties of partially purified glucosephosphate dehydrogenase of human erythrocytes
|
|
356-360 |
Adadullina Z.Z., Popova L.G. Study of the mechanism of adsorption and activation of enzymes of the contact phase of blood coagulation
|
|
360-363 |
Pankov I.A., Elizarova G.P., Nikolaeva O.P. Hydrophobic nucleus in the primary structure of bovine prolactin
|
|
363-366 |
Kamyshentsev M.V., Blinov M.N., Abdulkadyrov K.M., Abdulkadyrova A.S. Acetylcholinesterase of erythrocytes in various blood diseases
|
|
366-374 |
Roslyĭ I.M., Votrin I.I. Comparative study of 21S RNP particles and ribosomes from the cytoplasm of the cells of sarcoma M-1 in vitro
|
|
374-376 |
Promyslov M.Kh., Iurkina N.A. Effect of stimulating pharmacological agents on the content of L-cystathionine in the rabbit brain tissues
|
|
377-380 |
Avakian O.M., Shirinian E.A. Effect of hemorrhagic shock on catecholamine metabolism in the brain
|
|
380-388 |
Isakhanian G.D., Gorkin V.Z. Adenylate deaminase of the liver mitochondria in normal state and in alcoholic intoxication
|
|
388-392 |
Natanson A.O., Eremina G.V. Vitamin A esters and their hydrolysis in different organs and tissues
|
|
392-395 |
Lankin V.Z., Gurevich S.M., Kotelevtseva N.V., Tikhaze A.K., Gerasimova E.N. Role of lipid peroxides in the pathogenesis of arteriosclerosis. Detoxication of lipid peroxides by the glutathione-peroxidase system in the aorta
|
|
395-400 |
Kotelevtseva N.V., Kagan V.E., Lankin V.Z., Kozlov I.P. Role of structural factor in the kinetics of free-radical oxidation of lipids in the membranes
|
|
400-406 |
Migunova N.A., Ermolenko V.M., Nikiforova N.V., Malinina N.V., Blazheevich N.V. Changes in phosphorus-calcium metabolism in experimental renal insufficiency and after administration of dihydrotachysterol and thyrocalcitonin
|
|
406-410 |
Tat'ianenko L.V., Lavretskaia Z.F., Raikhman L.M., Moshkovskii Iu.S., Lebedeva O.I. Effect of psychotropic preparations on the activity of Ca- and Mg-dependent ATPase of the sarcoplasmic reticulum
|
|
410-413 |
Frenkel L.A. Modification of the micromethod of estimation of citric acid in the bone tissue
|
|
413-417 |
Kuzovleva O.B., Nikolaeva A.I. Use of proteins, covalently bound to agar gel, for specific sorption in electrophoresis
|
|
417-421 |
Iakovlev V.A., Levchuk T.P., Malakhova E.A. Use of potentiometric titration at constant pH for determination of the activity of lipoprotein lipase
|
|