Search Results - "Mitrokhin, Yu. I."

The most important stages of the mechanism of action in vivo of carcinogen diethylnitrosoamine and its effect on the synthesis of RNA, proteins, DNA, and deoxyribonucleotides by Pulatova, M. K., Sharygin, V. L., Rikhireva, G. T., Sergeev, A. I., Mitrokhin, Yu. I., Todorov, I. N.

“…The mechanisms of nitric oxide (NO) generation from exogenous and endogenous sources, induced by the addition of the carcinogen diethylnitrosoamine (DENA) to…”
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Use of EPR spectroscopy to check the changes in organism radioresistance. Experimental results by Sharygin, V. L., Pulatova, M. K., Shlyakova, T. G., Todorov, I. N., Mitrokhin, Yu. I., Wasserman, A. M., Yordanov, N. D.

“…The responses of dNTP, DNA, and protein synthesis systems in blood-forming organs of animals (dogs, mice) as well as changes in blood Fe 3+ -transferrin…”
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An inhibitor of free radical processes decreases the rate of protein synthesis in gunshot wound tissues and decelerates the general adaptation syndrome by Todorov, I. N., Bogdanov, G. N., Mitrokhin, Yu. I., Varfolomeev, V. N., Sidorenko, L. I., Mishchenko, D. V.

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The mechanisms of nitric oxide production from exogenous and endogenous NO-donating compounds in cells of higher animals and the influence of nitric oxide on deoxyribonucleotide and DNA synthesis by Pulatova, M. K., Sharygin, V. L., Rikhireva, G. T., Mitrokhin, Yu. I., Todorov, I. N.

“…The mechanisms of exogenous nitric oxide (NO) production through in vivo biotransformation of nitro-, nitroso-and amino-containing substances were discussed…”
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Activation of Deoxyribonucleotide Synthesis by Radioprotectants and Antioxidants as a Key Stage in Formation of Body Resistance to DNA-Damaging Factors by Sharygin, V. L., Pulatova, M. K., Shlyakova, T. G., Mitrokhin, Yu. I., Todorov, I. N.

“…The responses of the systems of synthesis of deoxyribonucleotides (dNTPs), DNA, and proteins in hematopoietic organs and liver of animals to v- radiation,…”
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Anabolic Effect of Natural and Synthetic Antioxidants by Pulatova, M. K., Sharygin, V. L., Rikhireva, G. T., Kopylovskii, S. A., Mitrokhin, Yu. I., Todorov, I. N.

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Ionol-dependent activation of protein and DNA biosynthesis in the regenerating mouse liver by Pulatova, M. K., Todorov, I. N., Kosaganova, N. Yu, Mitrokhin, Yu. I., Efremova, O. I.

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Investigation of the pharmacokinetics and mechanism of action of eleutherococcus glycosides: II. Distribution of eleutheroside B in organs and in subcellular fractions by German, A. V., Bezdetko, G. N., Mitrokhin, Yu. I., Chirkov, G. N., Shevchenko, V. P., Barenboim, G. M., Darbymov, I. V., Myasoedov, N. F., Todorov, I. N.

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Pharmacokinetics and mechanism of the action ofEleutherococcus glycosides. Influence of an extract on the metabolism and protein biosynthesis in certain rat organs and tissues by Todorov, I. N., Sizova, S. T., Kosaganova, N. Yu, Mitrokhin, Yu. I., German, A. V., Mitrofanova, M. A.

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Pharmacokinetics and mechanism of action ofEleutherococcus glycosides. VII. Influence of an extract and individual glycosides on protein biosynthesis by Todorov, I. N., Sizova, S. T., Mitrokhin, Yu. I., German, A. V., Dardymov, I. V., Barenboim, G. M., Shul'man, M. L.

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Investigation of the pharmacokinetics and mechanism of action of glycosides ofEleuterococcus. I. Introduction of tritium into eleuteroside B. kinetics of its accumulation and elimination from the animal organism by Bezdetko, G. N., German, A. V., Shevchenko, V. P., Mitrokhin, Yu. I., Myasoedov, N. F., Dardymov, I. V., Todorov, I. N., Barenboim, G. M.

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RNA biosynthesis in mitochondria under conditions of prolonged inhibition of protein biosynthesis in rat liver cytoplasm by Galkin, A P, Mitrokhin, Iu I, Todorov, I N

“…When cytoplasmic protein synthesis is inhibited by cycloheximide (CHI) in vivo synthesis of water-soluble mitochondrial proteins and of mitochondrial RNA is…”
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