With the holistic concept of traditional Chinese medicine(TCM)as the foundation,Professor ZHOU Yunfeng proposes the three-part Tuina(Chinese therapeutic massage)manipulation to treat insomnia by“taking the head and b...With the holistic concept of traditional Chinese medicine(TCM)as the foundation,Professor ZHOU Yunfeng proposes the three-part Tuina(Chinese therapeutic massage)manipulation to treat insomnia by“taking the head and brain as the essential and simultaneously regulating the abdomen and back”.Taking the theories of Ying-nutrient and Wei-defensive Qi,Zang-Fu organs,and meridians as evidence,this method primarily regulates the mind and concurrently modulates Zang-Fu organs.The three-part Tuina manipulation regulates the spirit by grasping the five meridians(Governor Vessel,Bladder Meridian of Foot Taiyang,and Gallbladder Meridian of Foot Shaoyang)and stimulating points such as Baihui(GV20),Yintang(GV29),Taiyang(EX-HN5),and Shenting(GV24);it regulates the abdomen by selecting Zhongwan(CV12),Shenque(CV8),Qihai(CV6),and Guanyuan(CV4),which means to calm the mind by regulating spleen-stomach Qi activities;it treats the back by selecting Jianjing(GB21),Xinshu(BL15),Pishu(BL20),Weishu(BL21),and Shenshu(BL23),which means to calm the mind by regulating Qi activities of the whole body.Mind regulation runs through the whole process of this manipulation,which combines points from three body regions to produce a synergistic effect,concurrently treating the three body parts,i.e.,the head,abdomen,and back,to mitigate the clinical symptoms and improve sleep quality in insomniacs.展开更多
三维表型结构信息在灵芝生长过程监测和精准育种中发挥着重要作用。为快速、无损、精准地获取灵芝表型信息,本研究提出了一种基于多视角图像三维重构的灵芝子实体三维表型参数提取方法。使用智能手机获取待测子实体的网格模型;将网格模...三维表型结构信息在灵芝生长过程监测和精准育种中发挥着重要作用。为快速、无损、精准地获取灵芝表型信息,本研究提出了一种基于多视角图像三维重构的灵芝子实体三维表型参数提取方法。使用智能手机获取待测子实体的网格模型;将网格模型转化为点云模型,对其进行尺寸校正;沿Z轴进行点云切片,根据切片位置提取子实体点云,使用基于颜色的区域分割算法提取粗糙孔口表面部件;使用DBSCAN(density-based spatial clustering of applications with noise)算法和最近邻分配算法分割精细菌盖、孔口表面和菌柄部件;最后从不同部件中提取菌盖厚度、菌盖横轴、菌柄长度、子实体体积、菌盖颜色、孔口表面颜色、菌盖投影面积等表型参数。结果表明,与真实值相比,使用本研究方法计算的菌盖厚度、菌盖横轴、菌柄长度和子实体体积的均方根误差(root mean squared error,RMSE)分别为1.10 mm、4.55 mm、1.53 mm和0.038 L,决定系数(R^(2))分别为0.995、0.972、0.986和0.981。所提方法可以精准提取灵芝子实体三维表型结构信息,并有望拓展应用至其他食药用菌子实体。展开更多
文摘With the holistic concept of traditional Chinese medicine(TCM)as the foundation,Professor ZHOU Yunfeng proposes the three-part Tuina(Chinese therapeutic massage)manipulation to treat insomnia by“taking the head and brain as the essential and simultaneously regulating the abdomen and back”.Taking the theories of Ying-nutrient and Wei-defensive Qi,Zang-Fu organs,and meridians as evidence,this method primarily regulates the mind and concurrently modulates Zang-Fu organs.The three-part Tuina manipulation regulates the spirit by grasping the five meridians(Governor Vessel,Bladder Meridian of Foot Taiyang,and Gallbladder Meridian of Foot Shaoyang)and stimulating points such as Baihui(GV20),Yintang(GV29),Taiyang(EX-HN5),and Shenting(GV24);it regulates the abdomen by selecting Zhongwan(CV12),Shenque(CV8),Qihai(CV6),and Guanyuan(CV4),which means to calm the mind by regulating spleen-stomach Qi activities;it treats the back by selecting Jianjing(GB21),Xinshu(BL15),Pishu(BL20),Weishu(BL21),and Shenshu(BL23),which means to calm the mind by regulating Qi activities of the whole body.Mind regulation runs through the whole process of this manipulation,which combines points from three body regions to produce a synergistic effect,concurrently treating the three body parts,i.e.,the head,abdomen,and back,to mitigate the clinical symptoms and improve sleep quality in insomniacs.
文摘三维表型结构信息在灵芝生长过程监测和精准育种中发挥着重要作用。为快速、无损、精准地获取灵芝表型信息,本研究提出了一种基于多视角图像三维重构的灵芝子实体三维表型参数提取方法。使用智能手机获取待测子实体的网格模型;将网格模型转化为点云模型,对其进行尺寸校正;沿Z轴进行点云切片,根据切片位置提取子实体点云,使用基于颜色的区域分割算法提取粗糙孔口表面部件;使用DBSCAN(density-based spatial clustering of applications with noise)算法和最近邻分配算法分割精细菌盖、孔口表面和菌柄部件;最后从不同部件中提取菌盖厚度、菌盖横轴、菌柄长度、子实体体积、菌盖颜色、孔口表面颜色、菌盖投影面积等表型参数。结果表明,与真实值相比,使用本研究方法计算的菌盖厚度、菌盖横轴、菌柄长度和子实体体积的均方根误差(root mean squared error,RMSE)分别为1.10 mm、4.55 mm、1.53 mm和0.038 L,决定系数(R^(2))分别为0.995、0.972、0.986和0.981。所提方法可以精准提取灵芝子实体三维表型结构信息,并有望拓展应用至其他食药用菌子实体。
