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阿霉素对人胆管癌细胞株FRH0201的生物学特性的影响
http://www.100md.com 《中国现代普通外科进展》 2006年第5期
胆道肿瘤·阿霉素·肿瘤细胞,培养液·细胞周期·细胞大小·CA125·CA199,,胆道肿瘤·阿霉素·肿瘤细胞,培养液·细胞周期·细胞大小·CA125·CA199,阿霉素对人胆管癌细胞株FRH
     【摘要】目的:观察阿霉素长时间作用对胆管癌细胞株FRH0201生物学活性的影响。方法:用2μg/ml的阿霉素同一浓度逐渐延长时间作用于人胆管癌细胞株FRH0201细胞,经反复作用筛选出能在含1μg/ml的阿霉素培养液中生存72h,去掉阿霉素后仍能继续稳定传代生长的细胞。无药培养1月后进行生物学行为的监测。观察细胞形态学,绘制生长曲线和流式细胞仪测定细胞周期,酶联免疫吸附法测定细胞的肿瘤标记物,激光共聚焦显微镜观察细胞内的阿霉素的荧光强度。结果:阿霉素作用后FRH0201细胞形态学有轻度改变,细胞倍增时间较亲本细胞延长3h,与亲本细胞相比S期细胞增多16.89%,G1期细胞减少29.33%、G2期细胞增多12.46%。CA125和CA199试验组和亲本组分别为9.14和8.60U/ml,1.59和2.96U/ml,细胞内阿霉素浓度(荧光强度平均值),亲本细胞为1764.8,试验组细胞为305.4。结论:阿霉素对胆管癌细胞株FRH0201的形态学及倍增时间无明显影响,但使细胞进入S期、G2期的增多,细胞内药物浓度明显降低,生长时间无明显变化。

    【关键词】胆道肿瘤·阿霉素·肿瘤细胞,培养液·细胞周期·细胞大小·CA125·CA199

    The effects of adramycin on the human liver hilar cholangiocarcinona cell line FRH0201

    LI Ming,WU Xiaopeng

    Department of Surgery Qilu hospital of Shandong University (Jinan 250012,China)

    【ABSTRACT】Objective:To investigate the effects of adramycin on cell line of FRH0201.Methods:Human hilar cholangiocarcinona cell line were cultured with adramycin (2μg/ml) through lasting different times,finally this cell line can survive after 72h cultured in the culture liquid with the adramycin(1μg/ml) .Then the medium was replaced with a fresh one without adramycin,and the cells were continuously cultured for 1 month.The in vitro studies included the observation of the appearance with optical microscope,MTT cell proliferation assay,analysis of the cell cycle by Flow cytometry(FACS),assays of tumor marker using enzymelinked immunosor bent assay(ELISA),the fluorescence density of adramycin.Results:Compared to the parent FRH0201cell line:The morphology showed typical morphological characteristics,the doubling time prolonged about 3h,the cell cycle by flow cytometry identified in G1,G2 and S phase of cell cycle were 40.50%,19.74%and 39.77% in trial group,and 69.83%,7.29%and 22.88% in parent group,respectively.Tumor marker has no difference between them,the fluorescence density of epirubicin descending 5.2 times.Conclusion:The adramycin can affect the cell cycle and cause the change of metabolism. ......

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