Optimization of tuberculosis treatment in modern conditions

AUTHORS : Kovalev A.S. | Ivanov N.V. | Kovrizhenko A.V. | Nesmashnaya E.A. | Kovalev V.A.

RELEVANT UNIVERSITIES : City TB Dispensary, Dnepropetrovsk, Ukraine

YEAR : 2004 | Category : Method of Treatment

The antibacterial era caused a short-term improvement in the epidemiological situation of tuberculosis, which gave many specialists in the 60-80s. The twentieth century is a reason to consider this problem practically solved. However, just 10 years later, the incidence of tuberculosis, like many other infectious diseases, has sharply increased again around the world. Unfortunately, modern tuberculosis is characterized by a latent course, which causes not only great difficulties in its diagnosis, but also the growth of neglected destructive forms among newly diagnosed patients [1].

Against the background of socio-economic problems, this has led to a situation in which WHO experts have recorded an epidemic of tuberculosis since 1995 in Ukraine. Thus, in 2001, the incidence of all forms of tuberculosis was 68.6 cases per 100 thousand of the population, an increase in comparison with 1990 by 2.1 times. Currently, one of the most promising areas in the treatment of many diseases are methods based on bioresonance, i.e. changes in the functional state of a living organism in response to various electromagnetic oscillations of strictly defined parameters. Being an open information and thermodynamic system, a living organism in the process of adaptation exchanges matter, energy and information with the environment.

Since, between any elements of this system (cells, organs, etc.) there is an electromagnetic connection, they all exchange informational electromagnetic signals, when changing the parameters of which significant disruptions can occur in the operation of both individual “nodes” and the entire system as a whole … The spectrum of electromagnetic waves emitted by normally functioning tissues, is physiological.