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2.
Med Tekh ; (6): 21-3, 2002.
Article in Russian | MEDLINE | ID: mdl-12506742

ABSTRACT

The paper presents data on multiprogram microprocess neuromyostimulators of the series Omnistim wherein the time course of changes in the parameters of action is determined by the pattern of changes in the lability of stimulated structures, such as skeletal muscles, smooth muscle organs, sensory conductors, etc. A great deal of programmes (over 100) open up a wide field uses for these stimulators and provide their high efficiency.


Subject(s)
Electric Stimulation Therapy/instrumentation , Adult , Child , Critical Care , Humans , Microcomputers , Muscular Diseases/therapy , Nervous System Diseases/therapy , Neurology/instrumentation , Pain Management , Paralysis/therapy , Safety , Software , Traumatology/instrumentation
3.
Med Tekh ; (1): 26-9, 1996.
Article in Russian | MEDLINE | ID: mdl-8868392

ABSTRACT

The development of nondrug therapies for bronchial asthma (BA) is highly pressing. The application of respiration-correcting methods and means that implement a principle of biological feedback (BFB) is one of the promising lines. To polish procedures for practical work and to evaluate their efficiency, a respiration corrector has been devised, which visualizes a patient's external respiration rhythm and synchronizes it with the reference rhythm whose parameters are set by a physician or by a patient himself. The efficiency of BFB technique was evaluated in the treatment of BA in children. Studies using the device were done 2-3 times a day with 15-20 min in each session. The treatment regime averaged a fortnight. Its application relieved the occurred episode without drugs in most children with mild and moderate BA, prevented attacks and made them fewer, prolonged remission, and reduced the amount of bronchodilatating agents to be used. BFB correction made under the polyclinic setting is indicated for patients with mild and moderate atopic BA in the episode, postepisode, and interepisode periods and contraindicated for patients with severe BA when they have an episode. Treating BA via BFB correction diminishes psychosomatic disorders: anxiety, bronchodilator dependence, fear of a recurrent episode, whining, irritability, and insomnia.


Subject(s)
Asthma/therapy , Biofeedback, Psychology/methods , Respiration , Asthma/physiopathology , Biofeedback, Psychology/instrumentation , Child , Evaluation Studies as Topic , Humans , Remission Induction
4.
Med Tekh ; (1): 39-41, 1995.
Article in Russian | MEDLINE | ID: mdl-7783590

ABSTRACT

The paper describes a conceptually logic and mathematical model of the body's responses to the combined exposure to several physiotherapeutical factors. The model has been developed by transforming the basic differential equation of Volterra's survival theory and realizing as a computer program. The model enables one to find the optimal combinations of the parameters of the influencing factors which produce the maximum therapeutical effect without exhausting the compensatory abilities of the body's physiological systems.


Subject(s)
Physical Therapy Modalities/instrumentation , Brain/physiology , Brain/radiation effects , Electromagnetic Fields , Humans , Liver/physiology , Liver/radiation effects , Models, Theoretical , Physical Therapy Modalities/methods , Regression Analysis
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