Istratov V G, Pashkov E P, Mironov A A
Department of Microbiology, Virology and Immunology, I. M. Sechenov First Moscow Medical Institute, Ministry of Health, USSR.
J Hyg Epidemiol Microbiol Immunol. 1990;34(2):191-8.
The etiological role of non-sporulating anaerobic bacteria as causative agents of suppurative-inflammatory diseases (SID) of the maxillo-mandibulo-facial region and the E. N. T. organs as studied. Express diagnosis of anaerobic infection was carried out by means of gas-liquid chromatography. The species-specific composition of the microflora of the suppurative focus was investigated. It was established that only obligate anaerobes in monoculture or in association were isolated from patients with so-called "sterile" inoculations when strictly anaerobic bacteriological technique was used. The use of anaerobic bacteriological technique of investigation enlarged the spectrum of the microflora isolated from the suppurative focus from 5 to 26 species. Results of chromatographic and bacteriological examinations were compared; the main causes of obtaining false-positive and false-negative results of chromatography were analysed. Statistical processing using factor analysis has shown that the information power of chromatographic examination of the metabolites of anaerobic bacteria is higher in comparison with the main clinical-laboratory indices, but statistical processing using cluster analysis and correlation analysis has revealed that an index like metabolic activity reflects the degree of real participation of anaerobic microflora in the development of the pathological process, and can be used in the clinic for the evaluation of the degree of severity of the course of the SID and of the effectiveness of treatment.
研究了非芽孢厌氧菌作为颌面部和耳鼻喉器官化脓性炎症疾病(SID)病原体的病因作用。通过气液色谱法对厌氧菌感染进行快速诊断。对化脓病灶微生物群落的种属组成进行了研究。结果表明,当采用严格的厌氧细菌学技术时,在所谓“无菌”接种的患者中仅分离出单一培养或混合培养的专性厌氧菌。使用厌氧细菌学检测技术使从化脓病灶分离出的微生物群落谱从5种扩大到26种。比较了色谱和细菌学检查结果,分析了获得色谱假阳性和假阴性结果的主要原因。使用因子分析的统计处理表明,与主要临床实验室指标相比,厌氧菌代谢产物的色谱检查信息能力更高,但使用聚类分析和相关分析的统计处理表明,代谢活性等指标反映了厌氧微生物群在病理过程发展中的实际参与程度,可用于临床评估SID病程的严重程度和治疗效果。