Objective： To observe the effect of complex reinforcing-reducing manipulations of acupuncture on flexion and extension angles of hip and knee in patients after surgical treatment of gluteus maximus contracture. 〈br...Objective： To observe the effect of complex reinforcing-reducing manipulations of acupuncture on flexion and extension angles of hip and knee in patients after surgical treatment of gluteus maximus contracture. 〈br〉 Methods： A total of 66 cases following surgery of gluteus maximus contracture were randomly allocated into an observation group and a control group by the random digits table, 33 in each group. In addition to basic treatment, cases in the observation group were treated with reducing manipulation [Tou T ian Liang （Heaven-penetrating Cooling）] on Zhibian （BL 54）, Huantiao （GB 30） and Juliao （GB 29） on the affected side and reinforcing manipulation [Shao Shan Huo （Mountain-burning Fire）] on Biguan （ST 31）, Futu （ST 32）, Zusanli （ST 36）, Fenglong （ST 40）, Xuehai （SP 10）, Diji （SP 8） and Yanglingquan （GB 34）. Patients in the control group only received the same basic treatment as the observation group. The treatment was done once a day, 30 d for a course and a 1-week interval between two courses. Then the flexion and extension angles of hip and knee were evaluated using the Lokomat full automatic robot gait evaluation system after 3 courses of treatment. 〈br〉 Results：There were intra-group statistical differences in hip flexion angle on foot followed （HFA-FF）, the maximum of hip flexion angle （MAX-HFA）, the maximum of hip extension angle （MAX-HEA）, knee flexion angle on foot followed （KFA-FF）, the maximum of knee flexion angle on stance phase （MAX-KFA-TP） and the maximum of knee flexion angle on swing phase （MAX-KFA-WP） in the observation group and in HFA-FF, MAX-HEA and KFA-FF in the control group （P＆lt;0.05）. There were between-group statistical differences in HFA-FF, MAX-HFA, MAX-HEA, KFA-FF and MAX-KFA-TP （P＆lt;0.05）. 〈br〉 Conclusion： The complex reinforcing-reducing manipulations of acupuncture can effectively improve the hip/knee functions following surgery of gluteus maximus contracture.展开更多
基金supported by Tangshan City Science&Technology Program(No.121302118b)
文摘Objective： To observe the effect of complex reinforcing-reducing manipulations of acupuncture on flexion and extension angles of hip and knee in patients after surgical treatment of gluteus maximus contracture. 〈br〉 Methods： A total of 66 cases following surgery of gluteus maximus contracture were randomly allocated into an observation group and a control group by the random digits table, 33 in each group. In addition to basic treatment, cases in the observation group were treated with reducing manipulation [Tou T ian Liang （Heaven-penetrating Cooling）] on Zhibian （BL 54）, Huantiao （GB 30） and Juliao （GB 29） on the affected side and reinforcing manipulation [Shao Shan Huo （Mountain-burning Fire）] on Biguan （ST 31）, Futu （ST 32）, Zusanli （ST 36）, Fenglong （ST 40）, Xuehai （SP 10）, Diji （SP 8） and Yanglingquan （GB 34）. Patients in the control group only received the same basic treatment as the observation group. The treatment was done once a day, 30 d for a course and a 1-week interval between two courses. Then the flexion and extension angles of hip and knee were evaluated using the Lokomat full automatic robot gait evaluation system after 3 courses of treatment. 〈br〉 Results：There were intra-group statistical differences in hip flexion angle on foot followed （HFA-FF）, the maximum of hip flexion angle （MAX-HFA）, the maximum of hip extension angle （MAX-HEA）, knee flexion angle on foot followed （KFA-FF）, the maximum of knee flexion angle on stance phase （MAX-KFA-TP） and the maximum of knee flexion angle on swing phase （MAX-KFA-WP） in the observation group and in HFA-FF, MAX-HEA and KFA-FF in the control group （P＆lt;0.05）. There were between-group statistical differences in HFA-FF, MAX-HFA, MAX-HEA, KFA-FF and MAX-KFA-TP （P＆lt;0.05）. 〈br〉 Conclusion： The complex reinforcing-reducing manipulations of acupuncture can effectively improve the hip/knee functions following surgery of gluteus maximus contracture.
