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1987, Volume 33, Issue 5 |
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| 2-9 |
Krivobokova S.S.
Medical chemistry in the USSR (on the 70th anniversary of the Great October revolution)
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| 9-15 |
Gusev V.A., Danilovskaia E.V.
The role of active forms of oxygen in the pathogenesis of pneumoconiosis (review of the literature)
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| 20-24 |
Bulychev A.G., Assinovskaia O.A., Semenova E.G.
Lysosomotropic agents as regulators of the activity of lysosomal hydrolases
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| 24-33 |
Vidershaĭn G.Ya.
Characteristics of biogenesis and substrate specificity of lysosomal glycosidases under normal conditions and in glycosidoses
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| 33-38 |
Korovkin B.F., Poliakova E.D., Stvolinskaia N.S., Kolpakova T.N.
Acid hydrolase activity and permeability of lysosomal membranes of cardiomyocytes and hepatocytes in extreme states
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| 38-43 |
Lokshina L.A., Solov'eva N.I., Orekhovich V.N.
The role of lysosomal proteinases in tissue destruction
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| 43-48 |
Lyzlova S.N.
Lysosomal proteins of neutrophils--factors of antimicrobial protection of cells
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| 48-52 |
Maiansky D.N., Tsyrendorzhiev D.D., Rupakova S.A.
Lysosomal enzymes of phagocytizing cells in the pathogenesis of inflammation
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| 52-56 |
Mosolov V.V.
Protease inhibitors in plants
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| 56-59 |
Ogloblina T.A., Litinskaia L.L., Veksler A.M.
Spatial and temporal heterogeneity of pH values in lysosomes from different types of cells cultured in situ
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| 60-65 |
Sergeev P.V., Ukhina T.V., Chermnykh N.S., Matiushin A.I., Nichoga V.D.
Steroid hormones and lysosomes
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| 65-74 |
Tutel'ian V.A., Vasil'ev A.V.
Enzyme systems of lysosomes in cell nutrition
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| 74-78 |
Frolov V.A.
Chronobiology of lysosomes
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| 78-81 |
Azarian A.V., Galoian A.A.
Brain cathepsin as dipeptidylcarboxypeptidase transforming provasopressor, pro-opioid and model peptides
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| 81-83 |
Vasil'ev A.V., Konovalova L.S., Pletsityi K.D., Ponomareva L.G., Tutel'ian V.A.
Activity of lysosomal hydrolases in the rat liver, spleen and thymus during antigenic stimulation and vitamin A administration
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| 84-85 |
Dzodzuashvili V.U.
Activity of lysosomal proteolytic enzymes in rat gastric mucosa during contrical administration
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| 86-88 |
Zilova I.S., Shatrov G.N.
Lysosomal hydrolase activity in the rat liver and serum depending upon the quality of dietary proteins
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| 89-92 |
Kolpakova S.E., Vinogradova E.V., Molchanova L.V., Kirsanova A.K., Korovkin B.F.
Characteristics of the activation of lysosomal enzymes in the rat liver after death and during resuscitation
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| 93-96 |
Korolenko T.A., Pupyshev A.B., Mudrakovskaia A.V.
Study of intralysosomal protein catabolism using lysosomotropic agents--proteolysis and protease inhibitors
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| 96-102 |
Panin L.E.
The role of the cooperative effect of lipoproteins and hormones in the regulation of the lysosomal apparatus of the cell
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| 102-105 |
Petrovich I.A., Trusova N.F.
The role of the modification of cyclic purine nucleotide molecule in the regulation of platelet acid glycosidase activity
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| 105-107 |
Popova M.P., Popov C.S.
Effect of various anti-inflammatory agents on the stability of lysosomes and peroxisomes and total catalase and acid phosphatase activity
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| 107-112 |
Stroev E.A., Dmitriev A.V.
Hormonal aspects of cathepsin D regulation in seminal follicles
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| 112-115 |
Tabagari S.I., Shubitidze T.M., Abdushelishvili G.V.
Effect of glucagon on lysosomal proteinase activity after administration of tetramethylthiuram disulfide
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| 115-119 |
Shcherbak I.G., Nikandrov N.N., Faenkova V.P., Kirpichenok L.N.
Products of the proteolytic effect of cathepsin on various protein substrates
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| 122-124 |
Kolenda I.V., Vansovich V.E., Vovchuk S.V., Levitskiĭ A.P.
Effect of trypsin and kallikrein (andecalin) on the activity of proteolytic enzymes and their inhibitors in acute experimental pancreatitis
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| 125-131 |
Dotsenko V.L., Namazova I.K., Neshkova E.A.
Pseudoexfoliative syndrome. Possible role of C-reactive protein and autoantibodies in the pathogenesis of the disease
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| 131-134 |
Gil'miiarova F.N., Sidorenkov I.V., Radomskaia V.M., Vinogradova L.N., Mikhailova N.N.
Changes in carbohydrate metabolism during experimental alcoholic liver disease
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| 134-139 |
Fedurov V.V., Belomar L.B.
Relation between the rate of ubiquinone biosynthesis and the activity of cholesterogenesis in the rat liver and kidney
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| 139-142 |
Lelevich V.V.
Effect of ethanol and metronidazole on glycolysis in various regions of the rat brain
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