Crochet D, Petitier H, Ricco J B, Lefèbvre J M, Lehmann G, Métais J, Grossetete R, Delumeau J, Petit T, Sebillotte P
Société LG Médical Mónts-sur-Guences.
J Radiol. 1988 Jun-Jul;69(6-7):431-6.
Preliminary results are reported of a prospective multicenter trial of a new caval filter (LEM*) implanted by the percutaneous jugular route in 100 patients, 55 men and 45 women, mean age 67 +/- 13 years, to produce partial interruption of inferior vena cava (IVC). Of the 100 attempts to insert the LEM* filter, 2 failures to catheterize the jugular vessel were reported, 98 filters being placed in the IVC with 82 implantation considered adequate. Of the remaining 16 cases, the filter was inclined (7 cases) or incompletely open (9 cases) with total lack of success in 3 cases. Overall efficacy was obtained therefore in 95 cases. Follow up included 94 patients seen after one week, 63 after 3 months and 10 after 6 months: 3 embolic recurrences were noted (3.2%) of cases. None of the 8 deaths reported was related to the thromboembolic disease. Standard frontal abdominal radiographic images showed migration of filter in 13 cases (13.7%) not exceeding the height of a vertebral body: 9 were caudal and 4 proximal, the LEM* filter remaining within the IVC. Phlebocavography in 90 cases showed the IVC to be permeable in 84 cases (93.3%). Incomplete opening or inclination of filter had no effect on the course. These findings demonstrate that the advantages of the LEM* filter include: a percutaneous introduction allowing rapid, certain insertion, and a form studied for limitation of inclination and avoidance of perforation of the IVC.(ABSTRACT TRUNCATED AT 250 WORDS)
本文报告了一项前瞻性多中心试验的初步结果,该试验对100例患者经皮颈静脉途径植入一种新型腔静脉滤器(LEM*),其中男性55例,女性45例,平均年龄67±13岁,目的是部分阻断下腔静脉(IVC)。在100次植入LEM滤器的尝试中,报告有2次颈静脉插管失败,98个滤器被放置在下腔静脉中,其中82次植入被认为是成功的。在其余16例中,滤器倾斜(7例)或未完全打开(9例),3例完全未成功。因此,总体有效率为95例。随访包括1周后94例患者、3个月后63例和6个月后10例:观察到3例(3.2%)有栓塞复发。报告的8例死亡均与血栓栓塞性疾病无关。标准腹部正位X线片显示13例(13.7%)滤器移位,但未超过椎体高度:9例向下,4例向上,LEM滤器仍位于下腔静脉内。90例静脉造影显示,84例(93.3%)下腔静脉通畅。滤器未完全打开或倾斜对病程无影响。这些结果表明,LEM*滤器的优点包括:经皮植入,快速、准确,其形状设计可限制倾斜并避免下腔静脉穿孔。(摘要截短于250字)