Research progress of inflammation,fibrosis and cytokines in primary frozen shoulder
LI Qing-hua1,3 WANG Kai1 CUI Tong-qing2 CHEN Gen3 XIE Qiang3 DING Jie3▲
1.Physical Science College,Qufu Normal University,Shandong Province,Qufu 273100,China;2.Fight Teaching and Research Office,Special Police Academy,Beijing 100010,China;3.Department of Orthopedics,Sports Hospital,Institute of Sports Medicine,State General Administration of Sport,Beijing 100010,China
Abstract： Shoulder pain with limited range of motion is main feature of frozen shoulder,it′s one of common and frequently-occurring diseases of middle-aged and elderly people in today′s society.In recent years,the disability of frozen shoulder imposed a heavy burden on the national and social medical undertakings,which seriously threatens human health.Although there are relevant research literatures describing the physiological and pathological mechanism of frozen shoulder,however,there still have large differences in the specific factors and the explanation of the cause of the disease related to frozen shoulder.Affect the patients′ lives are shoulder pain and limited range of motion.Recent studies found that inflammation,fibrosis and cytokines are closely related to pain and limited range of motion in frozen shoulder patients.Therefore,this study aims to explore the relationship between inflammation,fibrosis and cytokines with frozen shoulder to clarify the causes and provide a theoretical basis for reducing the pain and increasing the range of motion of frozen shoulder patients.This article studies the relationship between inflammation,cytokines,fibrosis and frozen shoulders.It′s found that inflammation and cytokine factors are closely related to patients′ shoulder pain,and fibrosis is closely related to patients′ decreased range of motion.
李庆花；王 凯；崔同庆；陈 根；解 强；丁 杰. 炎症、纤维化和细胞因子在原发性冻结肩中的研究现状[J]. 中国当代医药, 2020, 27(32): 17-20.
LI Qing-hua1,3 WANG Kai1 CUI Tong-qing2 CHEN Gen3 XIE Qiang3 DING Jie3▲. Research progress of inflammation,fibrosis and cytokines in primary frozen shoulder
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