1977, Volume 23, Issue 6 |
|
723-728 |
Velikii N.N., Parkhomets P.K., Turganbaeva T.M., Chichkovskaia G.V., Mogilevich S.E. Role of the oxidation-reduction state and phosphate potential in regulating rat liver gluconeogenesis during inclusion of 1,3-butanediol in the diet
|
|
728-732 |
Chetverikova E.P. Adenylate kinase and creatine kinase activity of rabbit blood serum following application of a tourniquet to the thigh
|
|
732-735 |
Bykova L.M., Bezvershenko L.A. Effect of photooxidation on the immunological properties of immunoglobulins
|
|
735-741 |
Grozdova M.D., Sharlova I.L., Starostina L.K. Calcium transport in rabbit myocardial cells during experimental heart damage
|
|
741-745 |
Rusev G.K., Tomova E.L., Andreeva L.S. Synthesis of multiple forms of brain cholinesterases
|
|
745-748 |
Batrak G.E., Nerush P.A. Effect of hexenal and thiopental anesthesia on energy metabolism in different brain areas
|
|
748-755 |
Aptekar' S.G., Vikhert A.M. Vessel wall lipids in human atherosclerosis
|
|
756-759 |
Novikov N.M., Voronkov S.F., Voloshchenko L.G., Mikhailova S.N. Erythropoietin-forming and esterase activity of rat kidney subcellular fractions during stimulation of erythropoiesis
|
|
760-763 |
Shishov V.I., Novoselova N.G., Maevskii E.I., Glotov N.A. Energy metabolism disorders in the myocardium due to alcoholic intoxication
|
|
763-768 |
Zaets T.L., Dolgina M.I., Muzykant L.I., Kotkina T.I., Nosova I.M. Changes in skin enzyme activity in experimental burns
|
|
768-773 |
Torkhovskaia T.I., Koldaeva A.P., Kurchatova S.A., Titov V.N., Gerasimova E.N. Phospholipid composition of high density lipoproteins in hyperalphalipoproteinemia
|
|
774-777 |
Rivkind N.B., Tsyrlov I.B., Gromova O.A., Liakhovich V.V. Kinetic parameters of the rat liver monooxygenase system in the early stages of chemical carcinogenesis
|
|
777-782 |
Speranskaia N.V., Ozerova I.N., Shcherbakova I.A., Gerasimova E.N. Effect of cortisol on adenylate cyclase and 3',5'-AMP phosphodiesterase activity and 3',5'-AMP concentration in tissues and biological fluids in experimental atherosclerosis
|
|
783-786 |
Ivashchenko A.T. HCO3-stimulated adenosine triphosphatase in rat ovarian tumor cells
|
|
787-788 |
Loiko V.I., Kolmakov V.N., Parnov B.S., Bashmakov V.P. Effect of physical exertion on indices of cholesterol metabolism in alimentary obesity
|
|
789-796 |
Gerasimova E.N. Cyclic adenosine monophosphate and atherogenic factors
|
|
797-803 |
Frolova I.A., Oleneva V.A., Paramonova E.G., Volkova I.S., Sirota I.I. Excretion of catecholamines and DOPA in lipid metabolism disorders
|
|
803-807 |
Klimov A.N., Dokusova O.K., Petrova-maslakova L.G., Loviagina T.N., Nagornev V.A. Cholesterol metabolism in rabbits with resistance to experimental atherosclerosis acquired by immunological treatment
|
|
808-812 |
Sholukh M.V., Pikulev A.T. Role of adrenoreceptors in regulating aspartate aminotransferase isoenzyme activity in albino rat hearts
|
|
812-818 |
Morozova E.O., Blinov M.N. Comparative study of nuclear RNA in leukocytes of normal individuals and patients with leukemia by the method of molecular DNA-RNA hybridization
|
|
818-822 |
Dobretsov G.E., Petrov V.A., Borshchevskaia T.A., Deev A.I., Vladimirov Yu.A. Effect of peroxidation on the physical structure of phospholipid membranes
|
|
822-824 |
Ulasevich I.I. Fractional composition and activity of ATPase proteins in the aorta of rats with vitamin E deficiency
|
|
824-829 |
Lozinskii T.F., Uryvaev L.V., Il'in K.V., Zhdanov V.M. Further study of spontaneous virus production using transplantable HEp-2 cells as a model
|
|
830-834 |
Isaeva V.A., Bazanov E.A., Migunova N.A., Spirichev V.B. Bone tissue collagen and vitamin D in chronic kidney insufficiency in rats
|
|
834-840 |
Krivchenkova R.S., Brusova E.G. Properties of monoamine oxidases from myocardial mitochondria
|
|
840-844 |
Trapeznikova S.S., Gontar' I.D. Interaction of immobilized carboxypeptidase with a natural inhibitor from human blood plasma
|
|
844-847 |
Nedel'kina S.V., Dianova I.I., Subbotina R.S., Salganik R.I. Indirect method of determining drug-metabolizing enzyme activity and its clinical application
|
|