摘要
经筋包括神经、肌肉、筋膜及肌腱、韧带等附属组织,具有坚韧柔和之性;脏腑、经脉、经筋与脑髓神机相连接。经筋系统与运动系统相关,运动障碍疾病表现为随意运动调节功能障碍,属于经筋病范畴。通过帕金森病、不宁腿综合征、肌张力障碍综合征、破伤风4个医案,阐释了运动障碍疾病有脑髓神机统摄无权,经筋拮抗失衡;筋路受阻痹闭,筋障筋结并存;经筋刚柔异性,筋缓筋急无度;经筋维稳功能失常的病机特点。基于经筋理论辨治运动障碍疾病,必须持神机、调刚柔、通筋路、熄肝风、重外治,才能涵养阴阳冲和之气,滋养全身脏腑筋脉,恢复经筋主司运动协调的功能。
The gluten includes nerves,muscles,fascia and tendon,ligament and other ancillary tissues,with tough and soft nature;The viscera,meridians and meridian sinew are connected with the brain marrow and vital activity.The meridian sinew system is related to the moto system,and the dyskinesia disease is characterized by random motor regulation dysfunction,which belongs to the category of meridian sinew disease.In this paper,through the 4 medical cases of Parkinson's disease,restless legs syndrome,dystonia syndrome,and tetanus,the dyskinesia disease is characterized by no governance and control of the brain marrow and vital activity,unbalanced antagonism of meridian sinew,blocked and closed sinew channel,coexistence of sinew barriers and node,rigid and flexible meridian and sinew,excessive slow and irritated meridian and sinew,dysfunction of maintaining stability.Based on the theory of meridian sinew to treat dyskinesia diseases,it is necessary to hold the vital activity,adjust the rigid and soft,unblock the sinew channel,quench the liver wind,focus on external treatment,so as to nourish Yin,Yang and primordial Qi,nourish the viscera,meridians and sinew of the whole body,restore the function of motion coordination by meridian and sinew.
作者
周德生
蔡昱哲
ZHOU Desheng;CAI Yuzhe(Department of Neurology,The First Affiliated Hospital of Hunan University of Chinese Medicine,Changsha,Hunan 410007,China;Hunan University of Chinese Medicine,Changsha,Hunan 410007,China)
出处
《湖南中医药大学学报》
CAS
2019年第5期561-567,共7页
Journal of Hunan University of Chinese Medicine
基金
国家自然科学基金资助项目(81874463)
湖南省科技厅科技创新平台与人才计划-中医脑病临床研究中心资助项目(2017SK4005)
关键词
经筋
经筋系统
经筋理论
运动障碍疾病
帕金森病
不宁腿综合征
肌张力障碍综合征
破伤风
meridian sinew
meridian sinew system
meridian sinew theory
dyskinesia
Parkinson's disease
restless legs syndrome
dystonia syndrome
tetanus