Tribble David R, Rodriguez Carlos J, Weintrob Amy C, Shaikh Faraz, Aggarwal Deepak, Carson M Leigh, Murray Clinton K, Masuoka Penny
Emerg Infect Dis. 2015 Oct;21(10):1759-69. doi: 10.3201/eid2110.141759.
During the recent war in Afghanistan (2001-2014), invasive fungal wound infections (IFIs) among US combat casualties were associated with risk factors related to the mechanism and pattern of injury. Although previous studies recognized that IFI patients primarily sustained injuries in southern Afghanistan, environmental data were not examined. We compared environmental conditions of this region with those of an area in eastern Afghanistan that was not associated with observed IFIs after injury. A larger proportion of personnel injured in the south (61%) grew mold from wound cultures than those injured in the east (20%). In a multivariable analysis, the southern location, characterized by lower elevation, warmer temperatures, and greater isothermality, was independently associated with mold contamination of wounds. These environmental characteristics, along with known risk factors related to injury characteristics, may be useful in modeling the risk for IFIs after traumatic injury in other regions.
在最近的阿富汗战争期间(2001 - 2014年),美国战斗伤亡人员中的侵袭性真菌伤口感染(IFI)与损伤机制和模式相关的风险因素有关。尽管先前的研究认识到IFI患者主要在阿富汗南部受伤,但未对环境数据进行检查。我们将该地区的环境条件与阿富汗东部一个受伤后未观察到IFI的地区的环境条件进行了比较。南部受伤人员中伤口培养物长出霉菌的比例(61%)高于东部受伤人员(20%)。在多变量分析中,以海拔较低、温度较高和等温性较强为特征的南部地区与伤口霉菌污染独立相关。这些环境特征,连同与损伤特征相关的已知风险因素,可能有助于模拟其他地区创伤性损伤后IFI的风险。