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萘夫西林外渗损伤。使用透明质酸酶作为解毒剂。

Nafcillin extravasation injury. Use of hyaluronidase as an antidote.

作者信息

Zenk K E, Dungy C I, Greene G R

出版信息

Am J Dis Child. 1981 Dec;135(12):1113-4. doi: 10.1001/archpedi.1981.02130360021008.

Abstract

Subcutaneous extravasation of parenteral nafcillin sodium can cause deep-tissue necrosis, sometimes necessitating multiple debridements and skin grafting. We report two cases in which nafcillin-induced tissue injury was successfully prevented by prompt clysis of hyaluronidase to the site of infiltration; these patients are compared with an infant in whom hyaluronidase was not used and in whom full-thickness skin loss resulted. Hyaluronidase is an enzyme that reduces or prevents tissue injury by causing the rapid diffusion of extravasated fluids through tissues by temporarily destroying tissue cement, thus increasing absorptive surface and the resultant rate of absorption. We have found that hyaluronidase, when used promptly after an extravasation has occurred, is effective in markedly reducing the amount of local tissue damage and destruction caused by the infiltration of nafcillin.

摘要

胃肠外注射用萘夫西林钠皮下外渗可导致深部组织坏死,有时需要多次清创及植皮。我们报告两例通过迅速在浸润部位注入透明质酸酶成功预防萘夫西林所致组织损伤的病例;将这两名患者与一名未使用透明质酸酶且出现全层皮肤缺失的婴儿进行比较。透明质酸酶是一种酶,它通过暂时破坏组织黏固物使外渗液体在组织中迅速扩散,从而减少或防止组织损伤,进而增加吸收表面积及吸收速率。我们发现,在外渗发生后立即使用透明质酸酶,可有效显著减少萘夫西林浸润所致局部组织损伤和破坏的程度。

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