Abstract: A method and apparatus for health risk assessment by means of measuring and evaluating the functional state of the mechanisms of physiological adaptation of human organism comprises recording analog signals of heartbeat intervals, filtering the analog signals of heartbeat intervals, converting the analog signals to digital signals of heartbeat intervals, transmitting the digital signals of heartbeat intervals to a central processing unit, detecting R-peaks from the digital signals of heartbeat intervals, measuring time intervals between two consecutive said R-peaks, calculating heartbeat variability parameters from said heartbeat intervals, calculating degree of tension (DT) of regulatory mechanisms and their functional reserve (FR) based on said heartbeat variability parameters, calculating plurality of functional states based on the DT and FR, and calculating posteriori probabilities based on plurality of functional states, wherein probabilities of health risk is determined based on values of DT, FR, at lea

Abstract: The area of application of the invention is the development of special cloths for treatment in clinical conditions of the motor function disorders at child's cerebrally palsy, disturbances in vascular system of brain (strokes), and other diseases followed by disturbances of motor coordination both of arms and legs, and also for measuring and registration of loads on patient body created by the suit. The suit contains coverall made of one (at least) fabric layer, and tensioning device. The tensioning device provides the creation of axial loading on the musculoskeletal system with use of buffers. The coverall is additionally provided with the system of loads measurement and registration containing power source, tensodynamometers with intensifiers placed in the fixed anatomic points of cloths, and analog-digital converter with USB cable, so the system converts analog signals into digital ones and transfers them to computer for operative analysis, imaging and registration.

Abstract: This invention concerns biocides possessing fungicidal and bactericidal properties which can be used in construction, medicine and other various areas of technics. A nanostructural composition of biocide is realized from nanoparticles of bentonite powders intercalated by ions of Zn2+ and ions of Ag+ and/or ions of Cu2+. The biocides according to the invention are prepared starting from bentonite poweder which is preliminarly enriched with cations of Na+, then treated with 10-20% solutions of inorganic salts of Zn (preferably zinc chloride or zinc sulfate ZnSO4), and from bentonite powders preliminarly enriched with cations of Na+ and then treated with 10-20% solutions of inorganic salts of at least one ion selected in the group consisting of Ag+ ions (preferably silver nitrate) and Cu2++ ions (preferably copper sulfate). The powders of bentonite, intercalated with the Zn2+, Ag+ and/or Cu2+ ions, are .cleaned from acid anions and Na+ salts, and dispersed into nanoparticles mainly of no more than 70 nm.