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一项使用可吸收缝线进行成人腹股沟疝修补术的前瞻性研究。

A prospective study of adult inguinal hernia repairs using absorbable sutures.

作者信息

Dick A C, Deans G T, Irwin S T

机构信息

Level 2 Surgical Unit, Belfast City Hospital, N. Ireland.

出版信息

J R Coll Surg Edinb. 1996 Oct;41(5):319-20.

PMID:8908956
Abstract

A prospective study was conducted over a 5-year period to determine whether inguinal hernia repair could be safely performed with absorbable suture material (polydioxanone) with reference to recurrence rates, wound pain, haematoma formation and wound infection. Analysis is available for 111 operations involving 111 patients. Mean follow-up was 36 (range 21-66) months, with 81 procedures monitored for more than 2 years. Two-layered hernia repair was used in all cases with polydioxanone as the chosen suture material. Mean post-operative stay was 2.1 days, with no hospital wound infections and three haematomas. Review identified 1 wound infection. There have been two recurrences. Preliminary results suggest that hernia repair with absorbable suture materials is comparable to traditional non-absorbable repair in terms of recurrence and associated wound complications. The additional benefit is the absence of foreign material in the wound region following degradation of the absorbable material. This does not appear to compromise the integrity of the hernia repair. Mesh repairs are increasingly preferred to Shouldice-style repairs in elective inguinal hernias. However, we believe that polydioxanone should be the suture material of choice in obstructed or strangulated hernia. A larger study is required to verify this, as well as a longer follow-up period. The use of absorbable material warrants further investigation.

摘要

一项前瞻性研究在5年期间内开展,以确定使用可吸收缝合材料(聚二氧六环酮)进行腹股沟疝修补术在复发率、伤口疼痛、血肿形成和伤口感染方面是否能安全进行。对涉及111例患者的111次手术进行了分析。平均随访时间为36个月(范围21 - 66个月),其中81例手术的监测时间超过2年。所有病例均采用两层疝修补术,选用聚二氧六环酮作为缝合材料。术后平均住院时间为2.1天,无医院伤口感染,有3例血肿。复查发现1例伤口感染。有2例复发。初步结果表明,就复发率和相关伤口并发症而言,使用可吸收缝合材料进行疝修补术与传统不可吸收修补术相当。额外的好处是可吸收材料降解后伤口区域不存在异物。这似乎并未损害疝修补的完整性。在择期腹股沟疝手术中,网片修补术比Shouldice式修补术越来越受青睐。然而,我们认为在梗阻性或绞窄性疝中,聚二氧六环酮应是首选的缝合材料。需要进行更大规模的研究以及更长时间的随访来验证这一点。可吸收材料的使用值得进一步研究。

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