Materials and Methods: A group of healthy volunteers (24 people) and patients with SP-CIDP from Republic of Sakha (Yakutia) (42 people) and Krasnoyarsk region (87 people). Diagnostics Methods: Clinical neurologic, neu...Materials and Methods: A group of healthy volunteers (24 people) and patients with SP-CIDP from Republic of Sakha (Yakutia) (42 people) and Krasnoyarsk region (87 people). Diagnostics Methods: Clinical neurologic, neurophysiological. Results: The results of stabilometry research of patients with SP-CIDP have revealed area expansion of pressure centre in phase EO and EC with deflection PC forward by anteropulsion type among patients with SP-CIDP from Republic of Sakha (Yakutia). Also in the Yakut group has been noted to have severer clinical course in comparison with inhabitants of Krasnoyarsk region. Conclusion: The method of computer stabilometry allows estimating objectively presence and degree of manifestation of sensitive ataxia in patients with SP-CIDP.展开更多
文摘Materials and Methods: A group of healthy volunteers (24 people) and patients with SP-CIDP from Republic of Sakha (Yakutia) (42 people) and Krasnoyarsk region (87 people). Diagnostics Methods: Clinical neurologic, neurophysiological. Results: The results of stabilometry research of patients with SP-CIDP have revealed area expansion of pressure centre in phase EO and EC with deflection PC forward by anteropulsion type among patients with SP-CIDP from Republic of Sakha (Yakutia). Also in the Yakut group has been noted to have severer clinical course in comparison with inhabitants of Krasnoyarsk region. Conclusion: The method of computer stabilometry allows estimating objectively presence and degree of manifestation of sensitive ataxia in patients with SP-CIDP.
