云南中医学院学报
雲南中醫學院學報
운남중의학원학보
JOURNAL OF YUNNAN COLLEGE OF TRADITIONAL CHINESE MEDICINE
2014年
2期
1-5
,共5页
彭柳莹%钱晨%谈文峰%冯小可%张前德
彭柳瑩%錢晨%談文峰%馮小可%張前德
팽류형%전신%담문봉%풍소가%장전덕
雷公藤红素%破骨细胞%类风湿关节炎%趋化因子
雷公籐紅素%破骨細胞%類風濕關節炎%趨化因子
뢰공등홍소%파골세포%류풍습관절염%추화인자
Celastrol%osteoclast%rheumatoid arthrtis%chemokine
目的:探讨雷公藤红素(Celastrol,Cel)通过抑制趋化因子CXCL2的表达减少大鼠骨髓诱导的破骨细胞形成及胶原诱导的关节炎小鼠(CIA小鼠)模型局部关节炎症及骨侵蚀的发生。方法体内实验制备CIA小鼠模型,分为空白对照组、CIA组及Cel组,以病理染色的方法观察小鼠关节炎症,以实时荧光定量PCR及ELISA的方法检测关节局部及血清的CXCL2表达的变化;体外实验诱导大鼠骨髓形成破骨细胞,加入不同浓度的Cel,通过实时荧光定量PCR检测CXCL2的变化。结果破骨前体细胞及CIA小鼠中CXCL2高表达,且Cel能够抑制其表达,且成剂量依赖性。结论 Cel可能通过抑制趋化因子CXCL2的表达,抑制炎性细胞对组织的浸润,从而减少组织破坏。
目的:探討雷公籐紅素(Celastrol,Cel)通過抑製趨化因子CXCL2的錶達減少大鼠骨髓誘導的破骨細胞形成及膠原誘導的關節炎小鼠(CIA小鼠)模型跼部關節炎癥及骨侵蝕的髮生。方法體內實驗製備CIA小鼠模型,分為空白對照組、CIA組及Cel組,以病理染色的方法觀察小鼠關節炎癥,以實時熒光定量PCR及ELISA的方法檢測關節跼部及血清的CXCL2錶達的變化;體外實驗誘導大鼠骨髓形成破骨細胞,加入不同濃度的Cel,通過實時熒光定量PCR檢測CXCL2的變化。結果破骨前體細胞及CIA小鼠中CXCL2高錶達,且Cel能夠抑製其錶達,且成劑量依賴性。結論 Cel可能通過抑製趨化因子CXCL2的錶達,抑製炎性細胞對組織的浸潤,從而減少組織破壞。
목적:탐토뢰공등홍소(Celastrol,Cel)통과억제추화인자CXCL2적표체감소대서골수유도적파골세포형성급효원유도적관절염소서(CIA소서)모형국부관절염증급골침식적발생。방법체내실험제비CIA소서모형,분위공백대조조、CIA조급Cel조,이병리염색적방법관찰소서관절염증,이실시형광정량PCR급ELISA적방법검측관절국부급혈청적CXCL2표체적변화;체외실험유도대서골수형성파골세포,가입불동농도적Cel,통과실시형광정량PCR검측CXCL2적변화。결과파골전체세포급CIA소서중CXCL2고표체,차Cel능구억제기표체,차성제량의뢰성。결론 Cel가능통과억제추화인자CXCL2적표체,억제염성세포대조직적침윤,종이감소조직파배。
Objective To investigate the effect of celastrol on reducing osteoclast formation in rat bone marrow culture and occurrence of local inflammation and bone erosion in Collagen-induced arthritis(CIA)mice by inhibiting the expression of chemokine CXCL2. Methods CIA models of mice were randomly divided into three groups:control group,arthritis group and celastrol group, observing the inflammation by pathological staining technique,detecting the changes of CXCL2 expression in local joints and blood serum by real-time fluorescence quantitative PCR and ELISA. Osteoclast was induced by bone marrow in rat in which celastrol of different concentration was added in vivo test,detecting the changes of CXCL2 expression by real-time fluorescence quantitative PCR. Results High CXCL2 expression in pre-osteoclast and CIA mice was observed. And celastrol can inhabit its expression in dose-dependent manner. Conclusion cellmay inhibit the expression of chemotactic factor CXCL2 and inflammatory cells from invading the organization,thus reducing the tissue destruction.