中国临床实用医学
中國臨床實用醫學
중국림상실용의학
CHINA CLINICAL PRACTICAL MEDICINE
2009年
7期
12-13
,共2页
杨远良%陈广源%梁结柱%陈汉威%黄炳生
楊遠良%陳廣源%樑結柱%陳漢威%黃炳生
양원량%진엄원%량결주%진한위%황병생
臭氧%关节炎%关节内注射
臭氧%關節炎%關節內註射
취양%관절염%관절내주사
Ozone%Arthritis%Intra-articular injection
目的 观察关节腔内注射臭氧对关节炎关节软骨的病理影响,以探讨直接关节腔内注射臭氧疗法的可行性.方法 对诱发性动物关节炎关节腔内注射高中低三组不同浓度医用臭氧,观察关节软骨病理变化情况.结果 根据Mankin's评分标准对关节软骨进行评分,分数越高表明关节软骨损伤越重,实验中正常关节软骨为0.0±0.0,模型组评分明显高于正常组(P<0.01),治疗组评分明显高于模型组(P<0.01)并且高剂量治疗组评分明显高于中低剂量组(P<0.01).结论实验表明长期重复关节腔内注射臭氧对关节软骨有损伤作用,且损伤程度随臭氧浓度的增加而加重.
目的 觀察關節腔內註射臭氧對關節炎關節軟骨的病理影響,以探討直接關節腔內註射臭氧療法的可行性.方法 對誘髮性動物關節炎關節腔內註射高中低三組不同濃度醫用臭氧,觀察關節軟骨病理變化情況.結果 根據Mankin's評分標準對關節軟骨進行評分,分數越高錶明關節軟骨損傷越重,實驗中正常關節軟骨為0.0±0.0,模型組評分明顯高于正常組(P<0.01),治療組評分明顯高于模型組(P<0.01)併且高劑量治療組評分明顯高于中低劑量組(P<0.01).結論實驗錶明長期重複關節腔內註射臭氧對關節軟骨有損傷作用,且損傷程度隨臭氧濃度的增加而加重.
목적 관찰관절강내주사취양대관절염관절연골적병리영향,이탐토직접관절강내주사취양요법적가행성.방법 대유발성동물관절염관절강내주사고중저삼조불동농도의용취양,관찰관절연골병리변화정황.결과 근거Mankin's평분표준대관절연골진행평분,분수월고표명관절연골손상월중,실험중정상관절연골위0.0±0.0,모형조평분명현고우정상조(P<0.01),치료조평분명현고우모형조(P<0.01)병차고제량치료조평분명현고우중저제량조(P<0.01).결론실험표명장기중복관절강내주사취양대관절연골유손상작용,차손상정도수취양농도적증가이가중.
Objective To investigate the pathologic effect of intra-articular injection of ozone on the ar-ticular cartilage, and to explore the feasibility of direct intra-articular injection of ozone in the treatment of arthri-tis. Methods Animals with induced-arthritis were given three different concentrations of medical ozone (high and low concentrations)by intra-articular injection, to observe pathological changes of cartilage. Results The score result of cartilage degradation was based on Mankin's grading scale,and the higher the score,the severer the symptom was. The score of normal articular cartilage was 0.0±0.0, and the score of model group was sig-nificantly higher than that of the normal group(P<0.01), while obviously lower than that of the treatment group (P<0.01). Moreover,the score of high-dose treatment group was significantly higher than that of low-dose group(P<0.01). Conclusion Long-term intra-articular injection of ozone had a bad effect on articular carti-lage, and damage-level was increased with the enhancement of ozone concentrations.