COMPARISON STUDY OF BIOGENIC STIMULATORS INFLUENCE ON REACTIVE OXYGEN SPECIES FORMATION BY BLOOD PHAGOCYTES IN PATIENTS WITH HEART FAILURE IN VITRO

• Main Authors: E. I. Astashkin, M. P. Kruglova, M. G. Glezer, N. S. Orekhova, A. N. Novikova, S. V. Grachev
• Format: Article
• Language: Russian
• Published: «SILICEA-POLIGRAF» LLC 2014-10-01
• Series: Кардиоваскулярная терапия и профилактика
• Subjects: active oxygen species; blood phagocytes; chronic heart failure; polycomponent drugs
• Online Access: https://cardiovascular.elpub.ru/jour/article/view/56
• ISSN: 1728-8800; 2619-0125

Aim. To study the influence of biogenic stimulators Actovegine and Zifodine (deproteinized hemodrivates of calf blood) on reactive oxygen species formation by blood phagocytes in patients with chronic heart failure (CHF).Material and methods. Reactive oxygen species formation was registered by lucigenine-dependent chemiluminiscence on the luminomenter “Biotox-7” (Russia) in 20 patients with CHF of II-III functional classes by NYHA. The hemiluminiscences basal and stimulated by farbolic ether (RMA) were measured, as also inhibitory activity of Actovegine and Zifodine.Results. In CHF patients’ blood there was “spontaneous” secretion superoxide anion radicals, that is showing presence of preactivated phagocytes. In addition, a significant increase of oxygen radicals is shown as a response to RMA (1 mcM). Actovegine and Zifodine dose-dependently suppressed prominence of the response. While concomitantly applied Actovegine and Zifodine at the RMA background there was additive inhibitory effect found, which was not depended on consequence of additives.Conclusion. Actovegine and Zifodine decrease reactive oxygen species secretion by phagocytes, which are extracted from the blood of CHF patients. Addictiveness of such inhibitory effects of Actovegine and Zifodine shows absence of their identity by structure and of improper translation of this data into conclusions on effectiveness and safety, found in clinical practice while prescribing Actovegine and Zifodine.