Influence of factors of human central hemodynamics on the pharmacokinetics of sulfalene L. P. KlimovaE. T. Lil'in Molecular-Biological Problems in the Production of Drugs and Study of Their Mechanism of Action Pages: 357 - 359
Antihistamine properties of monoamine oxidase inhibitors M. D. MashkovskiiM. É. KaminkaÉ. A. Baumanis Molecular-Biological Problems in the Production of Drugs and Study of Their Mechanism of Action Pages: 359 - 363
Investigation of the pharmacokinetics of [32P] fopurin in the bodies of mice with lympholeukemia L-1210 A. E. VatinP. P. FilatovS. A. Averina Molecular-Biological Problems in the Production of Drugs and Study of Their Mechanism of Action Pages: 363 - 367
Synthesis and biological activity of aminoethers of chlorinated 5-hydroxybenzo-1,4-dioxane V. K. DaukshasG. P. PolukordasN. A. Lauzhikene Molecular-Biological Problems in the Production of Drugs and Study of Their Mechanism of Action Pages: 368 - 373
Synthesis and anti-inflammatory activity of a series of mono- and bicyclic pyrazole derivatives V. G. GranikE. O. SochnevaM. D. Mashkovskii Molecular-Biological Problems in the Production of Drugs and Study of Their Mechanism of Action Pages: 374 - 377
Synthesis and antileishmanial activity of substituted 2-styrylquinazolines G. P. ZhikharevaN. Yu. MoskalenkoL. N. Yakhontov Molecular-Biological Problems in the Production of Drugs and Study of Their Mechanism of Action Pages: 378 - 380
Biologic activity of 8,13,16,17-teteamethyl-2,3,4,19,20-pentanor-9-hydroxy-14-prostaenoic acid A. A. AkhremO. D. StrizhakovI. K. Danusevich Molecular-Biological Problems in the Production of Drugs and Study of Their Mechanism of Action Pages: 381 - 383
1-heterylpyrazoles and their radioprotective properties A. P. NovikovaI. Ya. PostovskiiT. N. Tuzhilkova Molecular-Biological Problems in the Production of Drugs and Study of Their Mechanism of Action Pages: 383 - 386
Hydeoxyethylation of phenylacetonitrile M. I. MostovaD. V. IoffeI. A. Karpinskaya Synthetic Methods and Drug Production Technology Pages: 387 - 389
Improved method for the preparation of diethylstilbestrol from 4,4-bis(p-acetoxyphenyl)-3-hexanone N. I. Men'shovaE. M. DolginovaG. S. Grinenko Synthetic Methods and Drug Production Technology Pages: 390 - 391
Mechanism of the condensation of 2,3,6-trimethylhydroquinone with isophytol A. V. ErmolaevYa. N. MalkinÉ. Yu. Bulychev Synthetic Methods and Drug Production Technology Pages: 392 - 395
Influence of the physicochemical properties of the system and hydrodynamic conditions on the rate of transfer of antibiotics from butyl acetate to the aqueous phase V. N. RusinS. A. ZhukovskayaV. L. Lebark Synthetic Methods and Drug Production Technology Pages: 395 - 398
Kinetic regularities of granulation of medicinal powders in an air-fluidized bed B. V. AndrievV. I. GorodnichevHani M. El-Banna Synthetic Methods and Drug Production Technology Pages: 398 - 401
Comparative study of the bactericidal action of accelerated electrons and γ-radiation V. V. BochkarevS. G. ShcheglovaV. G. Khrushchev Synthetic Methods and Drug Production Technology Pages: 402 - 405
Radiation stability of aqueous solutions of vitamin B3 E. V. BarelkoG. S. BabakinaM. I. Tsibul'skaya Synthetic Methods and Drug Production Technology Pages: 405 - 406
Synthesis of pyridoxamine and its 5′-phosphate ester M. V. BalyakinaN. L. YakovlevaV. I. Gunar Synthetic Methods and Drug Production Technology Pages: 407 - 409
13C NMR Spectra of peptides of the 13–19 fragment of the amino acid sequence of adrenocorticotropic hormone V. I. SvergunM. B. SmirnovE. P. Krysin Structures of Chemical Compounds, Analytical Methods, and Production Control Pages: 410 - 413
Testing of drugs for pyrogenicity G. Ya. KuvmanZ. N. EnikeevaN. A. Kalinina Structures of Chemical Compounds, Analytical Methods, and Production Control Pages: 413 - 417
Control of cleanliness of glass ampules after ultrasonic cleaning M. A. SeletskiiB. I. SotskovYu. L. Belaya Structures of Chemical Compounds, Analytical Methods, and Production Control Pages: 417 - 420
Quantitative determination of riboxine (9-β-d-ribofuranosylhypoxanthine) by the method of paper chromatography T. M. KroshilovaV. G. KrunchakV. S. Nyn' Structures of Chemical Compounds, Analytical Methods, and Production Control Pages: 420 - 423
Study of the interaction of riboxine with hypoxanthine and guanosine by a sorption method L. P. ShiraiE. V. KomarovE. D. Étingov Structures of Chemical Compounds, Analytical Methods, and Production Control Pages: 424 - 426
Hexaphosphamide-a new antileukemia agent K. I. KarpavichyusE. I. KhomchenovskiiB. A. Puodzhyunaite New Drug Preparations Pages: 427 - 429