ABSTRACT
Objective To study curative effect of core decompression and autologous bone marrow stem cell transplantation combined with traditional Chinese medicine in the treatment of early femoral head necrosis (ANFH).Methods 30 patients with femoral head necrosis treated by different methods were divided into 3 groups: core decompression A group) 10 cases(12 hips) ;core decompression pus stem cells transplantation(B group) 10 cases(13 hips) ;core decompression pus stem cells transplantation combined with traditional Chinese medicine(C group) 10 ca-ses( 10 hips) ;The X-ray 、CT MRI、Harris score( HHS) .curative effect were observed.Results The phase of Ⅰ,Ⅱ,Ⅲ,in 3 groups didn't appear deformation and collapse at 3,6,12 months;The score of Harris after 12 months 93 points were higher than that preoperatively 57.5 points(χ 2= 5.81 ,P<0.05) ;The signal ratio of femoral head volume in MRI was 42% before treatment,disappearance of femoral head necrosis after treatment;Total curative effect of B,C group,werehighter than that Agroup(χ2 =3.81,χ2 =3.98,P<0.05).Conclusion The operative treatment of ANFH with core decompression and stem cells transplantation combined with traditional Chinese medicine had the advantage of minimal damage,simplicity,accuracy,and effectiveness.
ABSTRACT
Han Jiangbo. Department of Theoretical Mechanics, Luoyang Industry College. Luoyang Since January 1982 we have relocated the insertion of a part of pectoralis major or deltoid muscle in the treatment of 5 cases of habitual dislocation of shoulder. After over a year of follow-up no recurrence of dislocation has been found in all the cases. The shoulder joint seemed to be stable, the range of movements increased, and disturbance in supination was corrected. The operative procedure was studied in fresh cadavers and human skeleton. Studies on mechanical model of shoulder joint, with theoretical calculation of changes in pronation after muscle displacement, showed that movements of pronation were remarkably increased after displacement of partial pectoralis major and deltoideus. It could also compensate the weatened subscapularis.