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本文介绍了大蒜、黄连、蒲公英和苄青霉素钾的最低杀菌浓度(MBC)作用于金黄色葡萄球菌后的超微结构改变。大蒜可使金葡菌的细胞中隔变形、模糊、断裂,核糖体聚集成块状,核区纹理加粗,有聚集现象;蒲公英可使细胞膨大,细胞壁增厚,拟核、核糖体均聚集成块状;黄连可使金葡菌细胞中隔变形;苄青霉素钾可使金葡菌细胞中隔变形、细胞膨大,核糖体颜色加深,聚集成块状,楔状中隔变钝,形成脐状。
This article describes the ultrastructural changes in the action of the lowest bactericidal concentration (MBC) of garlic, berberine, dandelion, and benzyl penicillin on Staphylococcus aureus. Garlic can make S. aureus cell septum deformed, blurred, broken, ribosomes gathered into a block, the nuclear area texture thickening, there is aggregation; dandelion can make cell enlargement, cell wall thickening, pseudo-nuclear, ribosomes are aggregated Bulk; Coptis can cause S. aureus cell septal deformation; benzyl penicillin potassium can make S. aureus cell septal deformation, cell expansion, ribosomes deeper color, gathered into massive, wedge-shaped septum become blunt, forming umbilical .