Edlich R F, Rodeheaver G T, Spengler M, Herbert J, Edgerton M T
Clin Plast Surg. 1977 Oct;4(4):561-9.
A comprehensive picture of the burn wound microflora is now possible as a result of recent technologic advances. The microflora of the burn wound can be characterized with respect to its number, type, location, and antibiotic sensitivity. These parameters can be measured in sufficient time to influence the decision of the burn surgeon. The microflora of the surface of the burn wound and the burn wound itself are examined separately by different sampling techniques. For the surface microflora, the gauze capillary techniques employed, while incisional biopsies are used to monitor the organisms in the burn wound. After sampling, suspensions of the specimens are created which in turn are subjected to direct microscopic measurement, quantitative culture procedures, and immediate antibiotic sensitivity testing. Histologic examination of the burn wound is performed concomitantly with this bacteriologic examination to determine the depth of bacterial invasion as well as to detect the presence of either mycotic or herpetic infections.
由于最近的技术进步,现在有可能全面了解烧伤创面的微生物群落。烧伤创面的微生物群落可以根据其数量、类型、位置和抗生素敏感性来进行特征描述。这些参数能够在足够的时间内测得,从而影响烧伤外科医生的决策。烧伤创面表面和烧伤创面本身的微生物群落通过不同的采样技术分别进行检查。对于表面微生物群落,采用纱布毛细管技术,而切开活检则用于监测烧伤创面中的微生物。采样后,制备标本悬液,然后对其进行直接显微镜测量、定量培养程序和即时抗生素敏感性测试。在进行这项细菌学检查的同时,对烧伤创面进行组织学检查,以确定细菌侵袭的深度,并检测是否存在霉菌或疱疹感染。