论文标题
金黄色葡萄球菌在弱磁场中的生长速率
Growth Rate of Staphylococcus Aureus in weak magnetic field
论文作者
论文摘要
对不同类型的弱磁场生长的比较研究表明，在新培养基中接种后最初抑制细菌的生长，然后以相同的模式增加，具有或没有磁场。但是，细菌的生长速度和死亡率取决于磁场的变化，以相当的强度。磁场对离子运动的影响在生长速率中起关键作用。结果表明，细菌的浓度最初会降低，然后在一段时间后开始增加。细菌细胞的繁殖和死亡与其与摄影场方向，强度和室温下的变化管理的养分相互作用有关。
A comparative study of the growth of S.aureus in different types of weak magnetic field shows that the growth of the bacteria is initially suppressed after inoculation in a new medium and then increased in the same pattern with or without magnetic field. However, the rate of growth and death of bacteria depend on the variation in the magnetic field for comparable strength. Magnetic field effect on the ionic motion plays a key role in the growth rate. It is shown that the concentration of bacteria reduces initially and then it starts increasing after some time. Multiplication and death of bacterial cells is related to its interaction with the nutrients which is managed by the magnetic field direction, strength and variation at room temperature.
