METHOD AND DEVICE FOR APPLYING PHYSIOTHERAPEUTIC TREATMENT

FIELD: medical engineering; medicine. SUBSTANCE: method involves exposing patient to electromagnetic radiation at least in one frequency bandwidth selectable from the series of: from 1554 MHz to 1618 MHz, from 1245 MHz to 1295 MHz, from 1104 MHz to 1150 MHz, from 940 MHz to 978 MHz, from 706 MHz to 736 MHz, from 568 MHz to 592 MHz, from 528 MHz to 563 MHz, from 470 MHz to 492 MHz, from 445 MHz to 465 MHz, from 415 MHz to 435 MHz, from 301 MHz to 317 MHz, from 274 MHz to 291 MHz, from 209 MHz to 219 MHz, from 140 MHz to 152 MHz, from 113 MHz to 121 MHz, from 85 MHz to 95 MHz, from 39 MHz to 51 MHz, from 15 MHz to 21 MHz. The radiation is frequency-modulated from 4 to 200 Hz and electromagnetic radiation power intensity produced by oscillators via transmitting antenna device at the place a patient is positioned is selected to be not greater than 3.6 mcW/sq.cm. A patient is exposed to electromagnetic radiation of ultra-high frequency for 0.5 to 3 h. The patient is exposed to electromagnetic radiation of ultra-high frequency daily or every other day, the total exposure time being equal to 8 to 24 h. The device has ultra-high frequency electromagnetic radiation oscillator connected to transmitting antenna device. The ultrahigh frequency electromagnetic radiation oscillator connected to transmitting antenna device allows modulating frequency in 4 to 200 Hz bandwidth and operates in frequency bandwidth selected from the above shown series. The device has at least one ultrahigh frequency electromagnetic radiation oscillator connected to transmitting antenna device having features to modulate frequency in 4 to 200 Hz bandwidth and operating in frequency bandwidth selected from the above shown series. The emitting antenna device is set 1.5 to 8 m remote from the place a patient is placed. The device also has portable emitting antenna device. EFFECT: enhanced effectiveness in applying anesthesia and stimulating recovery processes in injured tissues. 7 cl, 1 dwg