非致病性抗酸杆菌的研究

Y. Ochi, Heiji Sato
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摘要

研究了抗酸杆菌利用碳水化合物和有机酸作为碳源的能力和对抗生素的敏感性。得到的结果如下:1。总的来说,大多数腐生菌比人类或动物菌株能够利用更多种类的碳水化合物作为碳源。然而,利用碳水化合物的能力作为分类抗酸杆菌的标准价值不大。在所检测的物质中,单糖和糖醇被大多数抗酸菌株作为碳源。相反,只有少数菌株能利用双糖和有机酸。草酸盐仅被一种耻垢分枝杆菌用作碳源,耻垢分枝杆菌被定义为在47°C下生长的生物体,在60°C下加热一小时无法存活。在检测的72株菌株中,所有菌株对每毫升对氨基水杨酸具有100γ的抗性,对每毫升异烟肼具有66至100γ的抗性。有色菌株对链霉素的敏感性高于无色菌株。菌落形态介于光滑型和粗糙型之间的菌株对链霉素有较强的抗性。
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Studies on Non-Pathogenic Acid-Fast Bacilli
The acid-fast bacilli were examined for the capacity of utilizing carbohydrates and organic acids as the carbon sources and sensitivity for antibiotics. The results obtained are asfollows.1. In general, most of the saprophytic strains were capable of utilizing more kinds of carbohydrates as carbon sources than the human or animal strains. The capacity ofutilizing carbohydrates, however, was of little value as criterion in classifying these acid-fast bacilli. Of the substances examined, monosaccharides and and sugar alcohol were utilized by most of the acid-fast strains as carbon sources. On the contrary, disaccharides and organic acids were utilized by only a few of the strains.2. Oxalate was utilized as carbon source only by a type of Mycobacterium smegmatis which is define as an organisms growing at 47°C and failing to survive heating at 60°C for one hour.3. Of 72 strains examined, all were resistant to 100γper ml of para-aminosalicylic acid and 66 to 100γper ml of isoniazed. Colored strains were more sensitive for streptomycin than colorless strains. There was a tendency that the strains which were intermediate betweenthe smooth and the rough type in colonial morphology were strongly resistant to streptomycin.
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