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Ultrasonic Synergistic Effects in Liquid-Phase Chemical Sterilization

机译:液相化学灭菌中的超声协同作用

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New methods of sterilization employing a chemical with moderate heat and ultrasonic energy have been devised. Inactivation of high-density bacterial spore suspensions is achieved by treatment with low concentration aqueous acid glutaraldehyde solutions at temperatures above or about 54 C. Low (20 kHz) or high (250 kHz) frequency ultrasonic energy is synergistic with glutaraldehyde. Rapid inactivation may also be achieved by using ultrasonic energy and aqueous alkalinized glutaraldehyde solutions at low (25 C) or moderate (55 C) temperatures. If compared to present room temperature techniques, “surface sterilization” time for contaminated objects can be reduced from hours to minutes.
机译:已经设计出使用具有中等热量和超声能的化学物质进行灭菌的新方法。高密度细菌孢子悬浮液的灭活是通过在高于或大约54 C的温度下用低浓度的酸性戊二醛水溶液处理来实现的。低频(20 kHz)或高频(250 kHz)的超声能量与戊二醛具有协同作用。通过在低温(25 C)或中温(55 C)下使用超声能和碱化戊二醛水溶液也可以实现快速灭活。如果与当前的室温技术相比,则可以将受污染物体的“表面灭菌”时间从数小时缩短至数分钟。

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