Hirshman H P, Schurman D J, Kajiyama G
J Orthop Res. 1984;2(3):269-71. doi: 10.1002/jor.1100020308.
An animal model was developed to study whether Staphylococcus aureus could penetrate a sutured wound. Six days after bacteria were applied to sutured incisions, viable organisms could be recovered from the depths of the wounds in the majority of cases. Specifically, bacteria could be recovered in 23 of 24 wounds when they were applied 1 day after suturing, in 17 of 24 wounds when they were applied 4 days after suturing, and in 13 of 24 when applied 7 days after suturing. When Steri-strips were used to close the wounds, bacteria could not be recovered from any of 24 wounds when bacteria were applied 4 or 7 days after wound closure. When bacteria were applied 5 min after sutures had been placed but without incision, bacteria could be recovered in three of 12 cases and in two of 12 cases when they were applied 7 days after suturing. These results demonstrate that bacteria can penetrate sutured wounds. The sutures themselves probably contributed to this phenomenon.
建立了一个动物模型来研究金黄色葡萄球菌是否能够穿透缝合的伤口。在将细菌接种到缝合切口6天后,在大多数情况下都能从伤口深处分离出活的细菌。具体而言,在缝合后1天接种细菌的24个伤口中有23个能分离出细菌,在缝合后4天接种细菌的24个伤口中有17个能分离出细菌,在缝合后7天接种细菌的24个伤口中有13个能分离出细菌。当使用皮肤缝合胶带闭合伤口时,在伤口闭合后4天或7天接种细菌的24个伤口中均未分离出细菌。当在放置缝线但未切开的情况下5分钟后接种细菌时,在缝合后7天接种细菌的12个病例中有3个能分离出细菌,12个病例中有2个能分离出细菌。这些结果表明细菌能够穿透缝合的伤口。缝线本身可能促成了这一现象。