FIELD: traumatology and magnetotherapy. SUBSTANCE: invention focuses on treating long tubular bones with electromagnetic field. On patient's admission day, expected level of magnetotropic reactions is determined from leukogram and then precised from change in bioelectromagnetic reactivity of tissue in response to test procedure with calculation of discriminant function. From expected reaction level, procedure order time and procedure duration are determined. After 3 and/or 5 procedures, real level of magnetotropic reactions is determined from investigation of white blood of patient and/or change in bioelectromagnetic reactivity of tissue, in accordance with which, continuation of course and procedure duration are corrected. Change in bioelectromagnetic reactivity of tissue is measured before and after test procedure and before and after 3 or 5 procedures in symmetrical regions of body in known acupuncture points (Da-lin, Siagn-gu. Yui-chjun). EFFECT: enhanced efficiency of treatment due to optimized magnetotherapy conditions.
