[Information-computer modeling of suppression of the infectious tuberculosis process through sterilization of medical instrumentation and equipment by using electrochemically activated aqueous solutions]. / Informatsionno-komp'iuternoe modelirovanie sderzhivaniia infektsionnogo tuberkuleznogo protessa za schet sterilizatsii meditsinskogo instrumentariia i oborudovaniia s ispol'zovaniem élektrokhimicheski aktivirovannykh vodnykh rastvorov.

The paper deals with the topical problem in the informational computer simulation of suppression of an infectious tuberculosis process by applying electrochemically activated aqueous solutions in order to sterilize medical instruments and equipment. The efficiency of use of electrochemically activated aqueous solutions for sterilization of medical instruments and equipment and for disinfection of other contaminated objects was evaluated by an computer-aided experiment and a retrospective analysis of the epidemic situation by using the original mathematical models of infectious processes by taking into account the aspects of medical engineering technology.

[Assessment of the effectiveness of medical instruments sterilization by electrochemically activated solutions and computer modeling of the dynamics of hospital infections]. / Otsenka éffektivnosti sterilizatsii meditsinskogo instrumentariia élektrokhimicheski aktivirovannymi rastvorami metodom komp'iuternogo modelirovaniia dinamiki vnutribol'nichnykh infektsii.

The paper sets a task of evaluating the efficiency of electrochemically activated solution sterilization of medical instruments, which is tackled by the computer-aided simulation of time course of nosocomial HIV infection.

[Medical engineering complexes for automated insulin therapy of diabetes]. / Mediko-tekhnicheskie kompleksy dlia avtomatizirovannoi insulinoterapii diabeta.

The paper deals with the automatization of therapy for diabetes, one of the metabolic diseases, which is based on medical engineering complexes to provide an accurate correction of abrupt-onset highly progressive pathological processes and to ensure the maximum physiological adequacy of therapy. The paper also gives results of numerous investigations of medical engineering complexes for automatic insulin therapy and reveals the tends and problems concerned with their development.