Acupuncture ; history ; Acupuncture Points ; China ; History, Ancient ; Humans ; Leg ; anatomy & histology ; Medicine in Literature ; Meridians

The experience of Professor LI Zhidao is introduced in the treatment of mental disorders by "regulating the heart and smoothing the liver". In his experience, the basic prescription includes: penetrating needling technique from Neiguan (PC 6) to Jianshi (PC 5), Ximen (PC 4), penetrating needling technique from Qiuxu (GB 40) to Zhaohai (KI 6) and penetrating needling technique at four groups of acupoints on the gallbladder meridian [Hanyan (GB 4) to Xuanlu (GB 5) and Xuanli (GB 6), Qubin (GB 7) to Shuaigu (GB 8), Shuaigu (GB 8) to Tianchong (GB 9), Tianchong (GB 9) to Fubai (GB 10) and Touqiaoyin (GB 11)]. The manipulation with respiration involved is combined with interactive needling technique so that the patients can feel the weak needling sensation at the local acupoint regions during the treatment. In the paper, the concrete clinical cases are introduced to explain this application and the satisfactory efficacy achieved. The therapeutic method provides a new approach to the clinical treatment of mental disorders.
Acupuncture Therapy ; Adult ; Female ; Heart ; physiopathology ; Humans ; Liver ; physiopathology ; Mental Disorders ; physiopathology ; therapy ; Meridians ; Middle Aged

Objective:To investigate the value of the lateral arm free flap (LAFF)in the repair of oral and maxillofacial defects af-ter resection of malignant tumor.Methods:22 cases received LAFF from January 2012 to December 2012 were studied.The flap size,preparation time,vessel diameter,anastomosis time,survival situation,success rate and postoperative results were observed. Results:The flap ranged from 14 cm ×8 cm to 6 cm ×4 cm.All flaps survived well without vascular crisis.Repair results were satis-factory.Conclusion:LAFF,with constant anatomy and simple preparation,can be applied in the repair of oral and maxillofacial de-fects after tumor resection.

Objective To measure the dimensional error of three dimensional printing maxilla models for the clinical application to oral and maxillofacial surgery.Methods The FDM 3D printing was employed to make standard geometric shape models and maxillary models.After the surface finish of both models being observed,the contour data and fineness of geometric models,as well as the distance error of bony markers between maxillary models and jaw bones specimen were measured.Results Within the 3D printing standard geometric model,the fiber arrange horizontally in X-Z,Y-Z surface and crosswise in X-Y surface,and the accuracy errors range from-1.67％ to 1.47％.Moreover,the maximum resolution was 0.25 mm in X and Y axis,and 0.50 mm in Z axis.Within the maxillary model,the distance error of bony markers range from-0.08 ％ to 1.96 ％,and the mean errors were 1.59 ％,0.86％,0.42％ in X,Y and Z axis respectively.The mean error in X axis was significantly larger than that in Y or Z axis (P＜0.05).Conclusion 3D printing maxilla models may possess high accuracy and apply to clinical practice.