Objective To observe the clinical effects on upper extremities function recovery of cerebral apoplexy induced hemiplegia by combination of JIN＇s 3-needle technique and motor function trai- ning. Methods Eight-seven c...Objective To observe the clinical effects on upper extremities function recovery of cerebral apoplexy induced hemiplegia by combination of JIN＇s 3-needle technique and motor function trai- ning. Methods Eight-seven cases of cerebral apoplexy induced hemiplegia were randomized into an observation group （44 cases） and a control group （43 cases）. JIN＇s 3-needle technique and motor function training were both adopted for the observation group. Three temporal acupuncture points on the affected side were selected. Three lower arm points, namely Qfichi （曲池 LI 11 ）, Waiguan （外关 TE 5） and Hegu （ 合谷 LI 4） were adopted for flaccid hemiplegia. While 3 upper arm points for relieving spasm, namely Jiquan （极泉HT 1）, Chize （尺泽 LU 5） and Neiguan （内关 PC 6） were chosen for spastic hemiplegia. Motor function training was applied alone for the control group. Treating courses for both groups were 5 weeks. And scores of Brunnstrom and FugI-Meyer assessments of the affected limbs were analyzed. Results Improvement on scores of FugI-Meyer and Brunnstrom assessments were observed for both groups after the treatment（P〈0. 05, P〈0. 01 ）. The post-treatment scores of the observation group was better than that of the control group after the treatment （ P〈0.05, P〈0.01 ）. Conclusion Treat- ment of combination of JIN＇s 3-needle technique with motor function training can obviously improve the motor function of the upper extremities of patients with cerebral apoplexy induced hemiplegia.展开更多
Objective： To observe the therapeutic efficacy of Jin-3-needling therapy （J3N） on generalized anxiety disorder （GAD） through clinical global impression scale （CGI）, and to explore the mechanism by measuring the...Objective： To observe the therapeutic efficacy of Jin-3-needling therapy （J3N） on generalized anxiety disorder （GAD） through clinical global impression scale （CGI）, and to explore the mechanism by measuring the plasma levels of corticosteroid （CS）, adrenocorticotrophic hormone （ACTH）, and platelet 5-hydroxytryptamine （5-HT） before and after treatment. Methods： Eightysix GAD patients with the diagnosis agreeing with the inclusion criteria were assigned, according to the sequence of visiting time, to three groups. The 29 patients in the Western medicine group were treated mainly with fluoxetine or paroxetine, Alprazolam might be given additionally in severe conditions if necessary; the 29 patients in the needling group received J3N therapy with Sishenzhen, Dingshenzhen, Neiguan （PC6）, Shenmen （HT7） and Sanyinjiao （SP6） as the chief acupoints selected; and the 28 patients in the combined treatment group were treated with both drugs and needling in the same way as applied in the above two groups. The therapeutic course for all was 6 weeks. Conditions of patients were evaluated before and after treatment with CGI, and levels of CS, ACTH as well as 5-HT were measured by high performance liquid chromatography-electrochemistry. Results： By CGI scoring, the scores of severity index and the general index were not different significantly in the three groups, but the efficacy index proved to be the highest in the needling group, the second in the combined trentment group, and the lowest in the drug group. Plasma level of ACTH and platelet content of 5-HT were lowered in all the three groups after treatment, showing statistical significance （P〈0.05）, but no significant change was found in CS level （P〉0.05）. Conclusion： The therapeutic efficacy of J3N in treating GAD is equivalent to, but with the efficacy index significantly higher than, that of conventional treatment. Moreover, when combined with drugs, needling might effectively prevent the side effect of the routinely used Western drugs. The regulatory action of needling on platelet 5-HT and plasma ACTH is probably one of the acting pathways for J3N treatment on GAD.展开更多
There is a steadily growing range of applications that can benefit from facial reconstruction techniques,leading to an increasing demand for reconstruction of high-quality 3D face models.While it is an important expre...There is a steadily growing range of applications that can benefit from facial reconstruction techniques,leading to an increasing demand for reconstruction of high-quality 3D face models.While it is an important expressive part of the human face,the nose has received less attention than other expressive regions in the face reconstruction literature.When applying existing reconstruction methods to facial images,the reconstructed nose models are often inconsistent with the desired shape and expression.In this paper,we propose a coarse-to-fine 3D nose reconstruction and correction pipeline to build a nose model from a single image,where 3D and 2D nose curve correspondences are adaptively updated and refined.We first correct the reconstruction result coarsely using constraints of 3D-2D sparse landmark correspondences,and then heuristically update a dense 3D-2D curve correspondence based on the coarsely corrected result.A final refinement step is performed to correct the shape based on the updated 3D-2D dense curve constraints.Experimental results show the advantages of our method for 3D nose reconstruction over existing methods.展开更多
基金National Science and Technology Pillar Program in the Eleventh Five-Year Plan Period:2006BI12B02-3
文摘Objective To observe the clinical effects on upper extremities function recovery of cerebral apoplexy induced hemiplegia by combination of JIN＇s 3-needle technique and motor function trai- ning. Methods Eight-seven cases of cerebral apoplexy induced hemiplegia were randomized into an observation group （44 cases） and a control group （43 cases）. JIN＇s 3-needle technique and motor function training were both adopted for the observation group. Three temporal acupuncture points on the affected side were selected. Three lower arm points, namely Qfichi （曲池 LI 11 ）, Waiguan （外关 TE 5） and Hegu （ 合谷 LI 4） were adopted for flaccid hemiplegia. While 3 upper arm points for relieving spasm, namely Jiquan （极泉HT 1）, Chize （尺泽 LU 5） and Neiguan （内关 PC 6） were chosen for spastic hemiplegia. Motor function training was applied alone for the control group. Treating courses for both groups were 5 weeks. And scores of Brunnstrom and FugI-Meyer assessments of the affected limbs were analyzed. Results Improvement on scores of FugI-Meyer and Brunnstrom assessments were observed for both groups after the treatment（P〈0. 05, P〈0. 01 ）. The post-treatment scores of the observation group was better than that of the control group after the treatment （ P〈0.05, P〈0.01 ）. Conclusion Treat- ment of combination of JIN＇s 3-needle technique with motor function training can obviously improve the motor function of the upper extremities of patients with cerebral apoplexy induced hemiplegia.
文摘Objective： To observe the therapeutic efficacy of Jin-3-needling therapy （J3N） on generalized anxiety disorder （GAD） through clinical global impression scale （CGI）, and to explore the mechanism by measuring the plasma levels of corticosteroid （CS）, adrenocorticotrophic hormone （ACTH）, and platelet 5-hydroxytryptamine （5-HT） before and after treatment. Methods： Eightysix GAD patients with the diagnosis agreeing with the inclusion criteria were assigned, according to the sequence of visiting time, to three groups. The 29 patients in the Western medicine group were treated mainly with fluoxetine or paroxetine, Alprazolam might be given additionally in severe conditions if necessary; the 29 patients in the needling group received J3N therapy with Sishenzhen, Dingshenzhen, Neiguan （PC6）, Shenmen （HT7） and Sanyinjiao （SP6） as the chief acupoints selected; and the 28 patients in the combined treatment group were treated with both drugs and needling in the same way as applied in the above two groups. The therapeutic course for all was 6 weeks. Conditions of patients were evaluated before and after treatment with CGI, and levels of CS, ACTH as well as 5-HT were measured by high performance liquid chromatography-electrochemistry. Results： By CGI scoring, the scores of severity index and the general index were not different significantly in the three groups, but the efficacy index proved to be the highest in the needling group, the second in the combined trentment group, and the lowest in the drug group. Plasma level of ACTH and platelet content of 5-HT were lowered in all the three groups after treatment, showing statistical significance （P〈0.05）, but no significant change was found in CS level （P〉0.05）. Conclusion： The therapeutic efficacy of J3N in treating GAD is equivalent to, but with the efficacy index significantly higher than, that of conventional treatment. Moreover, when combined with drugs, needling might effectively prevent the side effect of the routinely used Western drugs. The regulatory action of needling on platelet 5-HT and plasma ACTH is probably one of the acting pathways for J3N treatment on GAD.
基金supported by the National Natural Science Foundation of China(Grant Nos.61972342,61602402,and 61902334)Zhejiang Provincial Basic Public Welfare Research(Grant No.LGG19F020001)+1 种基金Shenzhen Fundamental Research(General Project)(Grant No.JCYJ20190814112007258)the Royal Society(Grant No.IES\R1\180126).
文摘There is a steadily growing range of applications that can benefit from facial reconstruction techniques,leading to an increasing demand for reconstruction of high-quality 3D face models.While it is an important expressive part of the human face,the nose has received less attention than other expressive regions in the face reconstruction literature.When applying existing reconstruction methods to facial images,the reconstructed nose models are often inconsistent with the desired shape and expression.In this paper,we propose a coarse-to-fine 3D nose reconstruction and correction pipeline to build a nose model from a single image,where 3D and 2D nose curve correspondences are adaptively updated and refined.We first correct the reconstruction result coarsely using constraints of 3D-2D sparse landmark correspondences,and then heuristically update a dense 3D-2D curve correspondence based on the coarsely corrected result.A final refinement step is performed to correct the shape based on the updated 3D-2D dense curve constraints.Experimental results show the advantages of our method for 3D nose reconstruction over existing methods.
