ABSTRACT
67 patients with inhalation trauma of 90 patients with acute thermal trauma and 23 healthy controls participated in the trial. External respiration function was assessed on the spirograph SPIROSIFT-3000 (Fukuda Densy, Japan). The injured patients have undergone chest vibromassage (n = 23), vibromassage of Zakhariin-Head zones (trachea-bronchi-lungs) (n = 22), manual chest massage (n = 22). Improvement of clinical and external respiration parameters was more significant in patients exposed to vibromassage of the trachea-bronchi-lungs zones.
Subject(s)
Massage/methods , Smoke Inhalation Injury/rehabilitation , Bronchoscopy , Combined Modality Therapy , Drug Therapy, Combination , Forced Expiratory Volume , Hospitals , Humans , Lung Volume Measurements , Maximal Voluntary Ventilation , Radiography , Smoke Inhalation Injury/diagnosis , Smoke Inhalation Injury/physiopathology , Treatment Outcome , VibrationSubject(s)
Burns/therapy , Food, Fortified , Parenteral Nutrition, Total , Adolescent , Adult , Aged , Female , Humans , Male , Middle AgedABSTRACT
The monkeys were trained to draw a lever by the left or right hand. Cortical motor evoked potentials (MEP) exhibited the highest amplitude in the cortical motor representation of the "working" hand during the period of learning. The extent of interhemispheral asymmetry of the MEP was the same during operation by the left and right hands. After formation of the conditioned reflex, the interhemispheral asymmetry was significantly less during manipulation by the left hand than by the right one. The decrease of asymmetry was due to relatively high amplitude of the MEP in the left hemisphere during instrumental manipulation of both the right and left hands. The data obtained indicate the formation of functional differences in symmetrical motor areas of the cortex in monkeys during their symmetrical instrumental conditioning by the left and right extremities.