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[实验性动脉闭塞的评估,特别涉及其并发症(微球、组织黏合剂、聚甲基丙烯酸甲酯、交流电和直流电)(作者译)]

[Evaluation of experimental arterial occlusion, with special reference to its complications (micro-spheres, Histo-Acryl, Paladur, alternating and direct currents (author's transl)].

作者信息

Kauffmann G, Bischoff W, Wimmer B, Roth R J

出版信息

Rofo. 1976 Nov;125(5):445-52. doi: 10.1055/s-0029-1230496.

Abstract

Permanent arterial occlusion can be obtained experimentally by using plastic micro-spheres, polymerising materials (Histo-Acryl, Paladur) and direct current thrombosis. Certain limitations in their use arise from the properties of the substances. In our experience, plastic microspheres are not suitable for blocking entire organs or large vascular territories. They are more appropriate for occlusion of individual, small vessels by super-selective injections. Sole use of polymerising materials is not possible; they are best used in combination with other techniques (magnets, balloon catheters). Induction of thrombosis by small direct currents (50 volt, 10 mA). produces permanent and complete occlusion. The method can be used selectively or super-selectively. Unwanted thrombosis can be avoided by using catheters with the smallest possible external diameters.

摘要

永久性动脉闭塞可通过使用塑料微球、聚合材料(组织黏合剂、帕拉杜尔)和直流电血栓形成法在实验中实现。由于这些物质的特性,它们在使用中存在一定局限性。根据我们的经验,塑料微球不适用于阻塞整个器官或大的血管区域。它们更适合通过超选择性注射来阻塞单个小血管。单独使用聚合材料是不行的;它们最好与其他技术(磁铁、球囊导管)联合使用。通过小直流电(50伏,10毫安)诱导血栓形成可产生永久性和完全性闭塞。该方法可选择性或超选择性使用。使用外径尽可能小的导管可避免不必要的血栓形成。

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