...
首页> 外文期刊>American Journal of Transplantation >Fatal Apophysomyces elegans Infection Transmitted by Deceased Donor Renal Allografts
【24h】

Fatal Apophysomyces elegans Infection Transmitted by Deceased Donor Renal Allografts

机译:死亡的供体肾脏同种异体移植物传播的致命线虫性线虫感染。

获取原文
获取原文并翻译 | 示例
           

摘要

Two patients developed renal mucormycosis following transplantation of kidneys from the same donor, a near-drowning victim in a motor vehicle crash. Genotypically, indistinguishable strains of Apophysomyces elegans were recovered from both recipients. We investigated the source of the infection including review of medical records, environmental sampling at possible locations of contamination and query for additional cases at other centers. Histopathology of the explanted kidneys revealed extensive vascular invasion by aseptate, fungal hyphae with relative sparing of the renal capsules suggesting a vascular route of contamination. Disseminated infection in the donor could not be definitively established. A. elegans was not recovered from the same lots of reagents used for organ recovery or environmental samples and no other organ transplant-related cases were identified. This investigation suggests either isolated contamination of the organs during recovery or undiagnosed disseminated donor infection following a near-drowning event. Although no changes to current organ recovery or transplant procedures are recommended, public health officials and transplant physicians should consider the possibility of mucormycosis transmitted via organs in the future, particularly for near-drowning events. Attention to aseptic technique during organ recovery and processing is re-emphasized.
机译:两名患者来自同一供者的肾脏移植后发生了肾脏毛霉菌病,这是一次机动车碰撞事故中一名近乎昏昏欲睡的受害者。从基因型上讲,从两个受体中都得到了线虫的无区别菌株。我们调查了感染源,包括检查病历,在可能的污染地点进行环境采样以及在其他中心查询其他病例。移植肾脏的组织病理学表明,肾上腺的真菌状菌丝大量侵袭了血管,同时肾囊相对稀少,提示血管污染的途径。无法确定在供体中的传播性感染。没有从用于器官恢复或环境样品的同一批试剂中回收线虫,也未发现其他器官移植相关病例。这项研究表明,在接近溺水的事件之后,要么是在恢复过程中器官受到孤立的污染,要么是未经诊断的播散性供体感染。尽管不建议对当前的器官恢复或移植程序进行任何更改,但是公共卫生官员和移植医生应考虑将来通过器官传播的毛霉菌病的可能性,特别是对于临近溺水的事件。再次强调了器官恢复和加工过程中对无菌技术的重视。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号