METHOD OF TREATING INFANTILE CEREBRAL PARALYSIS

FIELD: medicine. ^ SUBSTANCE: method involves the examination of the patient with detecting pathological situations and specifying forming spastic and paretic antagonist muscles. In addition, electrical conductance of the BAP of C, F, RP, V meridians is measured by Nakatani method. The hyperfunctioning C meridian observed indicates the residual perinatal cortical hypoxias. The hyperfunctioning F meridian shows dysfunction of brain stem structures. The hypo- or hyperfunctioning RP meridian is an evidence of cerebrospinal fluid circulation disturbance. The hypo- or hyperfunctioning V meridian enables to observe decreased liquor absorption. A central pathogenesis link is involved by exposing on such BAPs of classical meridians as lo-points, associate points, tonic points and joint points. Such scalp regions as an initiative zone, an active thinking zone or a motional consequence zone are covered additionally. The BAPs exposure both on the central pathogenesis link, and on the peripheral neuromuscular apparatus is enabled by direct negative polarity current in a sedative exposure mode, and/or by direct alternated polarity current pulses in a toning exposure mode. The peripheral neuromuscular apparatus is covered by sedative exposure on spastic muscle and toning exposure - on paretic muscles, and also by sedative exposure on paravertebral BAPs considering the segmental innervation of spastic muscles. ^ EFFECT: method improves clinical effectiveness in ICP ensured by maintained combination of reflex and direct exposure on muscular fibres of spastic and paretic antagonist muscles, decreased stretch reflex and relief of pathological situations, clinical efficiency in ICP for the patients with the evident manifestations of hydrocephaly and organic cerebral damage caused by medical exposure on individual combinations of pathogenesis elements. ^ 7 cl, 3 ex Изобретение относится к медицине, в частности к неврологии и рефлексотерапии. Способ включает обследование пациента с выявлением патологических установок и уточнение формирующих их спастичных и паретичных мышц-антагонистов. Дополнительно проводят измерение электропроводности БАТ меридианов С, F, RP, V по методу Накатани. При этом выявление гиперфункции меридиана С свидетельствует об остаточных явлениях перинатальной гипоксии коры головного мозга. Гиперфункция меридиана F свидетельствует о дисфункции срединно-стволовых структур. Гипо- или гиперфункция меридиана RP свидетельствует о нарушении ликвородинамики. Гипо- и