The use of ultrasound to synergize the effect of taxol against human ovarian cancer cells HO-8910PM
Shuai Liu
Abstract
Shuai Liu
Abstract
Objective:To determine whether ultrasound could enhance the cytotoxicity of taxol against human ovarian cancer cells HO-8910PM,a cell line with highly metastatic potential.Methods:Cell-killing attributed to ultrasound was determined by tetrazolium assay,and then an insonation level with a slight cytotoxicity was singled out for investigating the synergism.Such a level of sonication was co-used with taxol to deacti-vate cancer cells.Results:Inhibition rates in groups Taxol and Taxol+US,were12.4% vs11.7%(P0.05)when taxol waswith a concentration of 6 μg/ml and were 27.8% vs 42.0%(P0.05)when taxol was 18 μg/ml,respectively.Qualitative evalua-tion confirmed that there existed a synergism between taxol and ultrasound,while the content of taxol was 18 μg/ml.Conclu-sion:Ultrasound potentiated the cytotoxicity of taxol against ovarian cancer cells,and the synergism occurred only when the concentration of taxol was above the critical level.
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Objective:To determine whether ultrasound could enhance the cytotoxicity of taxol against human ovarian cancer cells HO-8910PM,a cell line with highly metastatic potential.Methods:Cell-killing attributed to ultrasound was determined by tetrazolium assay,and then an insonation level with a slight cytotoxicity was singled out for investigating the synergism.Such a level of sonication was co-used with taxol to deacti-vate cancer cells.Results:Inhibition rates in groups Taxol and Taxol+US,were12.4% vs11.7%(P0.05)when taxol waswith a concentration of 6 μg/ml and were 27.8% vs 42.0%(P0.05)when taxol was 18 μg/ml,respectively.Qualitative evalua-tion confirmed that there existed a synergism between taxol and ultrasound,while the content of taxol was 18 μg/ml.Conclu-sion:Ultrasound potentiated the cytotoxicity of taxol against ovarian cancer cells,and the synergism occurred only when the concentration of taxol was above the critical level.
Key concepts: Cytotoxicity, Ovarian cancer, Sonication, Ultrasound, Cancer research, Apoptosis, Cell culture, Chemistry