中国组织工程研究
中國組織工程研究
중국조직공정연구
Journal of Clinical Rehabilitative Tissue Engineering Research
2015年
15期
2436-2441
,共6页
吴言%杜国庆%杜佩%陈双%王宇航%宗立秋%王学梅%董宪普%田家玮
吳言%杜國慶%杜珮%陳雙%王宇航%宗立鞦%王學梅%董憲普%田傢瑋
오언%두국경%두패%진쌍%왕우항%종립추%왕학매%동헌보%전가위
组织构建%软骨组织工程%超声诊断%膝关节软骨%滑膜病%超声学
組織構建%軟骨組織工程%超聲診斷%膝關節軟骨%滑膜病%超聲學
조직구건%연골조직공정%초성진단%슬관절연골%활막병%초성학
Subject headings:Knee%Cartilage,Articular%Synovial Membrane%Ultrasonics
背景:膝关节作为人体最大而最复杂的关节,其滑膜和软骨疾病是长期困扰患者的常见病之一,但是超声诊断与临床医生常受到一图多病或一病多图的困惑。<br> 目的:回顾膝关节软骨及滑膜病变超声诊断的误诊病例,总结出它们常见误区及鉴别思路。<br> 方法:通过对2002年至2014年在膝关节软骨及滑膜病变超声诊断的误诊病例进行系统回顾分析,归纳总结其常见误区及相应的鉴别思路和方法。<br> 结果与结论:高频超声在膝关节软骨及滑膜病变上有6个方面最易产生“误区”:①软骨退行性改变。②滑膜钙化。③滑膜病变回声强度。④滑膜血流情况。⑤滑囊积液。⑥累及膝关节内其他结构。高频超声通过动态及双侧对比观察膝关节病变,警惕“误区”,掌握鉴别思路和方法,是诊断软骨及滑膜疾病的一种很有价值影像学方法。
揹景:膝關節作為人體最大而最複雜的關節,其滑膜和軟骨疾病是長期睏擾患者的常見病之一,但是超聲診斷與臨床醫生常受到一圖多病或一病多圖的睏惑。<br> 目的:迴顧膝關節軟骨及滑膜病變超聲診斷的誤診病例,總結齣它們常見誤區及鑒彆思路。<br> 方法:通過對2002年至2014年在膝關節軟骨及滑膜病變超聲診斷的誤診病例進行繫統迴顧分析,歸納總結其常見誤區及相應的鑒彆思路和方法。<br> 結果與結論:高頻超聲在膝關節軟骨及滑膜病變上有6箇方麵最易產生“誤區”:①軟骨退行性改變。②滑膜鈣化。③滑膜病變迴聲彊度。④滑膜血流情況。⑤滑囊積液。⑥纍及膝關節內其他結構。高頻超聲通過動態及雙側對比觀察膝關節病變,警惕“誤區”,掌握鑒彆思路和方法,是診斷軟骨及滑膜疾病的一種很有價值影像學方法。
배경:슬관절작위인체최대이최복잡적관절,기활막화연골질병시장기곤우환자적상견병지일,단시초성진단여림상의생상수도일도다병혹일병다도적곤혹。<br> 목적:회고슬관절연골급활막병변초성진단적오진병례,총결출타문상견오구급감별사로。<br> 방법:통과대2002년지2014년재슬관절연골급활막병변초성진단적오진병례진행계통회고분석,귀납총결기상견오구급상응적감별사로화방법。<br> 결과여결론:고빈초성재슬관절연골급활막병변상유6개방면최역산생“오구”:①연골퇴행성개변。②활막개화。③활막병변회성강도。④활막혈류정황。⑤활낭적액。⑥루급슬관절내기타결구。고빈초성통과동태급쌍측대비관찰슬관절병변,경척“오구”,장악감별사로화방법,시진단연골급활막질병적일충흔유개치영상학방법。
BACKGROUND:The knee joint acts as the body’s largest and most complex joint, which is a commonly seen perplex in patients because of synovium and cartilage diseases. Moreover, clinical physicians are often confused on the ultrasonic diagnosis of synovium and cartilage diseases. <br> OBJECTIVE: To review the ultrasound misdiagnosed cases of knee cartilage and synovial lesions and to summarize the common misconceptions and discrimination methods. <br> METHODS: A retrospective analysis was performed in the ultrasound misdiagnosed cases of knee cartilage and synovial lesions reported from 2002 to 2014, and then the common misconceptions and corresponding identification methods were summarized. <br> RESULTS AND CONCLUSION: High-frequency ultrasound is most likely to have six “mistaken ideas” addressing knee cartilage and synovial lesions: (1) cartilage degeneration; (2) synovial calcification; (3) echo intensity from synovial lesions; (4) blood flow in the synovium; (5) synovial effusion; (6) lesions involving intraarticular structures. High-frequency ultrasound runs through dynamical observation and contrast observation of bilateral knee joint lesions, which is a valuable imaging method for diagnosis of cartilage and synovial diseases based on vigilance at the “mistaken ideas” and mastery of the distinguishing ideas and methods.