首页> 外文期刊>Journal of vascular and interventional radiology: JVIR >Change in peripherally inserted central catheter tip position with abduction and adduction of the upper extremity.
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Change in peripherally inserted central catheter tip position with abduction and adduction of the upper extremity.

机译:围绕上肢的外周插入中心导管尖端位置的变化。

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摘要

PURPOSE: This study examines whether the tip of peripherally inserted central catheters (PICCs) moves significantly with changes in arm position from abduction to adduction. MATERIALS AND METHODS: The catheters were inserted in the brachial or basilic veins under ultrasonographic guidance with the upper extremity in a 90 degrees abducted position. A flexible, radiopaque ruler was then placed on the anterior chest and digital images were obtained with the arm abducted and adducted in a similar phase of quiet respiration. Catheter tip movement was measured with use of the radiopaque ruler and fixed, bony anatomic landmarks. RESULTS: Sixty-one consecutive PICCs were placed and evaluated during the study period (eight patients were excluded). Thirty-three catheters were placed from the right arm and 20 from the left. Overall, 43 moved caudally, seven moved cephalad, and three did not move with movement of the arm from abduction to adduction. Of those that moved caudal, the mean distance of movement was 21 mm (range, 2-53 mm). Right arm PICCs tended to move more than left arm PICCs, but this did not attain significance (P = .29). CONCLUSIONS: There is a tendency for the PICC tip to move in a caudal direction with the change in arm position from abduction to adduction; 58% of PICCs moved 20 mm or more. This change in position should be considered during final catheter tip positioning.
机译:目的:本研究检查了外围插入的中央导管(PICCS)的尖端是否随着ARM位置的变化从绑架到内收。材料和方法:导管在臂痛或粗静脉下插入臂上的脉冲引导下,其上肢在90度绑架位置。然后将一个柔性的射线尺寸置于前胸部和数字图像上,用手臂绑架并在类似的安静呼吸相中加入。通过使用无线电尺寸标尺和固定的骨骼解剖标记测量导管尖端运动。结果:在研究期间放置和评估六十一条连续PICC(八名患者被排除在外)。从左臂和20从左臂放置三十三个导管。总的来说,43尾状致命,七个搬家的头孢氨酸,三个没有随着手臂的运动从绑架到内收。在那些移动尾部的那些时,运动的平均距离为21毫米(范围,2-53毫米)。右臂PICC倾向于移动超过左臂PICC,但这并没有实现意义(P = .29)。结论:PICC尖端倾向于在尾部方向上移动,随着ARM的变化从绑架到内收; 58%的PICC移动20毫米或更长时间。在最终导管尖端定位期间应考虑这种位置的这种变化。

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