Lithium Salts Adopted for Psychopharmacological Use as the Modulators of Protein Synthesis in the Brain: Analytical Review

References

• Radar L. I., Simonyan T. T. On the experience of clinical application of several Lithium salts in a complex therapy of post-insult conditions complicated with an endogenous depression. Psychoneurology 1987; 12: 88–96
   Google Scholar
• Aslanbekov A. N., Ragimov I. O., Beroyev S. T., Tsalagov R. K. Clinical use of the Lithium salts. I. Maniacal syndromes. Proceedings of the Soviet Association of Neuropathologists and Psychiatrists 1986; 34: 889–895
   Google Scholar
• Aslanbekov A. N., Ragimov I. O., Tsalagov R. K., Godzhijev U. D. Clinical use of the Lithium salts. II. Endogenous depressions. Proceedings of the Soviet Association of Neuropathologists and Psychiatrists 1987; 35: 23–38
   Google Scholar
• Berdyshev K. L., Makeyev L. U. Biochemical study of protein synthesis activity in vivo and in vitro in the presence of Lithium salts. Progress in Biochemical Medicine (Jena) 1986; 5: 651–657
   Google Scholar
• Bowell J. J., Saldift H., Harth G. P., Lawrence G. F., Mathews E. C. Lithium salts as a specific modulator of protein synthesis rate in vitro and in vivo. A neurochemical approach. Applied Neurobiology 1985; 9: 344–356
   Google Scholar
• Dollerthy W. Lithium in the selective prevention of several mental diseases. The comparative analysis of numerous case reports. Clinical Psychopharmacology 1982; 23: 761–777
   Google Scholar
• Kamysheva R. P., Kotlyar N. B., Vartanyan L. L., Sormov T. E. Prothrombin deficiency in psychiatric patients treated with different types of the Lithium salts. Soviet Medicine 1980; 65: 554–569
   Google Scholar
• Kolomin G. K., Gordinskaya T. R. The evaluation of a possible protein synthesis inhibition or activation induced by the Lithium salts in a model biochemical experiment. Methods in Neurochemistry 1983; 16: 90–101
   Google Scholar
• Kostandov I. P., Kochev T. A., Lambrev G. F., Mitchev G. S. Lithium carbonate effect on the translation rate in vitro and in vivo. Acta Neurobiologica et Neuropathologica 1984; 10: 883–889
   Google Scholar
• Kuznetsov D. A., Zavijalov N. V., Govorkov A. V., Sibileva T. M. Methyl mercury induced nonselective blocking of phosphorylation process as a possible cause of protein synthesis inhibition in vitro and in vivo. Toxicology Letters 1987; 36: 153–160
   PubMed Web of Science ®Google Scholar
• Lapin R. R., Shkuro Z. B., Boldyreva D. D., Timovich G. P., Sologub K. U., Feodorov N. N. Lithium oxybutyrate: Clinical and biochemical study of the efficiency of the drug in psychiatric patients with a primary endogenous depression developed after the survival in the cases of an acute ischaemic insult. Mental Health (Prague) 1987; 2: 67–88
   Google Scholar
• Malyshev R. P., Prokolova G. S., Aushev G. R., Zamchuk I. I. Lithium hydrocarbonate as an inhibitor of protein synthesis in mammalian tissues. USSR Journal of General Pathology 1985; 44: 1211–1220
   Google Scholar
• Molodkin L. A., Frolov F. R., Sakharova D. E., Zakhariya O. I. On the mechanisms of a therapeutic effect of the Lithium salts as a special agent for pharmacoprevention of maniacal conditions. Experimental Pharmacotherapy 1987; 4: 971–985
   Google Scholar
• Nemeroff N., Dahl P. S. J. Study of the distribution of the Lithium inside the protein synthesizing machinery elements isolated from the brain tissue of different species of the mammals. General and Clinical Biochemistry 1986; 33: 702–712
   Google Scholar
• Novak J., Jostek H. A comparison of a danger extent of several types of psychotropic therapeutical agents adopted for a clinical use in the CSSR. Trends in Mental Health Protection 1984; 8: 122–139
   Google Scholar
• Revella T. V., Giazzotti G., Bertalucci F. Clinical pharmacology of Lithium salts. A review. Advances in Preventive Psychiatry 1979; 6: 34–56
   Google Scholar
• Sabirov U. G., Gnezdyansky K. K. Toxicological evaluation of different inorganic salts of the Lithium adopted and recommended for clinical use in the USSR. Middle Asian Medical Journal 1977; 39: 651–669
   Google Scholar
• Savina O. J. On the changes of prothrombin level in the blood of psychiatric adult patients in the course of a long-term treatment with different types of the Lithium preparations. N. I. Pirogov School of Medicine Research Communications (Moscow) 1980; 48: 540–553
   Google Scholar
• Shurov L. J., Gorin E. R. On the revealing of biochemical interactions of the Lithium cations. Journal of Prophylactical Medicine 1985; 20: 311–321
   Google Scholar
• Sinitsky V. N. The depression diseases. Naukova Dumka Publishers, Kiev 1986; 212–239
   Google Scholar
• Solomon H., Blatcher L. G., Crouchet J., Beaud P. γ-Oxybutyrate biological effects with a special reference to neurophysiological aspects. Neuropathology and Neurosurgery 1980; 11: 911–920
   Google Scholar
• Souvereques J. B. Lithium preparations in modern psychiatry. Archives of Psychiatry 1987; 125: 789–799
   Google Scholar
• Speransky L. I., Lvov K. O., Pluzhnikova T. M., Fokin R. S. Several new Lithium preparations in experimental psychopharmacology. Recent developments and perspectives. Public Health in the USSR 1986; 63: 45–67
   Google Scholar
• Vestengauz G. P., Schvernik I. O., Brestler R. A., Stetsenko R. F., Droboglav V. V. Lithium orthophosphate effect on the rate of protein synthesis processed in vivo and in several types of cell-free translation systems. Bulletin of the Patrice Lumumba University (Moscow) 1985; 56: 437–446
   Google Scholar