局解手术学杂志
跼解手術學雜誌
국해수술학잡지
JOURNAL OF REGIONAL ANATOMY AND OPERATIVE SURGERY
2014年
2期
128-130
,共3页
华兴%陈光兴%何芸%郭燕丽%邓雪艳
華興%陳光興%何蕓%郭燕麗%鄧雪豔
화흥%진광흥%하예%곽연려%산설염
跗管%高频超声%解剖
跗管%高頻超聲%解剖
부관%고빈초성%해부
tarsal tunnel%high-frequency ultrasonography%anatomy
目的:分析正常跗管结构高频超声声像图特点。方法对40例健康志愿者(男20例,女20例)行高频超声(12 MHz)检查,从短轴切面与长轴切面动态观察跗管内肌腱、神经与血管声像图表现,测量跗管与胫神经短轴切面面积,并比较男女间差异。结果高频超声声像图能清晰显示跗管解剖结构。肌腱、神经和血管在声像图中表现为不同特点,易于鉴别。跗管短轴切面面积:男性(7.61±1.00) cm2,女性(6.61±1.07) cm2(P<0.01)。跗管内胫神经短轴切面面积:男性(9.59±0.75) mm2,女性(8.91±0.74) mm2(P<0.01)。结论高频超声声像图能清晰显示并准确测量跗管结构,准确掌握跗管结构正常声像图解剖特点,有助于提高跗管病变的超声诊断效率。
目的:分析正常跗管結構高頻超聲聲像圖特點。方法對40例健康誌願者(男20例,女20例)行高頻超聲(12 MHz)檢查,從短軸切麵與長軸切麵動態觀察跗管內肌腱、神經與血管聲像圖錶現,測量跗管與脛神經短軸切麵麵積,併比較男女間差異。結果高頻超聲聲像圖能清晰顯示跗管解剖結構。肌腱、神經和血管在聲像圖中錶現為不同特點,易于鑒彆。跗管短軸切麵麵積:男性(7.61±1.00) cm2,女性(6.61±1.07) cm2(P<0.01)。跗管內脛神經短軸切麵麵積:男性(9.59±0.75) mm2,女性(8.91±0.74) mm2(P<0.01)。結論高頻超聲聲像圖能清晰顯示併準確測量跗管結構,準確掌握跗管結構正常聲像圖解剖特點,有助于提高跗管病變的超聲診斷效率。
목적:분석정상부관결구고빈초성성상도특점。방법대40례건강지원자(남20례,녀20례)행고빈초성(12 MHz)검사,종단축절면여장축절면동태관찰부관내기건、신경여혈관성상도표현,측량부관여경신경단축절면면적,병비교남녀간차이。결과고빈초성성상도능청석현시부관해부결구。기건、신경화혈관재성상도중표현위불동특점,역우감별。부관단축절면면적:남성(7.61±1.00) cm2,녀성(6.61±1.07) cm2(P<0.01)。부관내경신경단축절면면적:남성(9.59±0.75) mm2,녀성(8.91±0.74) mm2(P<0.01)。결론고빈초성성상도능청석현시병준학측량부관결구,준학장악부관결구정상성상도해부특점,유조우제고부관병변적초성진단효솔。
Objective To analyze the features of normal high-frequency ultrasonography of tarsal tunnel. Methods Forty volunteers (20 males and 20 females) were examined with high-frequency ultrasound (12 MHz). The tendons,nerve and blood vessels in tarsal tunnel were observed from short-axis and long-axis views dynamically. The areas of tarsal tunnel and posterior tibial nerve were measured and com-pared between the males and females. Results High-frequency ultrasonography depicted the anatomical structure of tarsal tunnel,and the tendons,nerve and blood vessels presented different sonographic features that were easy to differentiate. The area of tarsal tunnel: male (7.61 ±1.00) cm2,female (6. 61 ± 1. 07) cm2 (P <0. 01). The area of posterior tibial nerve: male (9. 59 ± 0. 75) mm2,female (8.91 ±0.74) mm2(P<0.01). Conclusion High-frequency ultrasonography can clearly show and accurately measure the tarsal tunnel structure. To be familiar with the normal ultrasonographic anatomy of tarsal tunnel will help to improve the efficacy of ultrasound diagnosis of tarsal tunnel abnormalities.