实用医学杂志
實用醫學雜誌
실용의학잡지
THE JOURNAL OF PRACTICAL MEDICINE
2014年
10期
1541-1544
,共4页
郑相淮%赵建江%贾搏%盘杰%陈军%邱小玲%韩久松%禇洪星
鄭相淮%趙建江%賈搏%盤傑%陳軍%邱小玲%韓久鬆%禇洪星
정상회%조건강%가박%반걸%진군%구소령%한구송%저홍성
舌肿瘤%基因沉默%FRMD4A%细胞增殖%细胞周期%划痕愈合
舌腫瘤%基因沉默%FRMD4A%細胞增殖%細胞週期%劃痕愈閤
설종류%기인침묵%FRMD4A%세포증식%세포주기%화흔유합
Tongue neoplasms%Gene silencing%FRMD4A%Cell proliferation%Cell cycle%Wound healing
目的:观察siRNA沉默FRMD4A基因的表达对舌癌CAL-27细胞生物学行为的影响。方法:通过脂质体将FRMD4A-siRNA转染进CAL-27细胞,应用qRT-PCR检测转染后CAL-27细胞FRMD4A mRNA的表达情况,CCK-8检测其细胞增殖情况,流式细胞仪检测FRMD4A基因沉默后对CAL-27细胞周期分布的影响。结果:与对照组相比,FRMD4A-siRNA干扰组FRMD4A mRNA表达显著下降(94%),干扰组细胞增殖指数下降(P<0.05),细胞周期出现G1期阻滞(P<0.05)。结论:FRMD4A-siRNA能有效抑制舌癌CAL-27细胞FRMD4A mRNA的表达,并影响细胞周期分布,降低细胞增殖能力。
目的:觀察siRNA沉默FRMD4A基因的錶達對舌癌CAL-27細胞生物學行為的影響。方法:通過脂質體將FRMD4A-siRNA轉染進CAL-27細胞,應用qRT-PCR檢測轉染後CAL-27細胞FRMD4A mRNA的錶達情況,CCK-8檢測其細胞增殖情況,流式細胞儀檢測FRMD4A基因沉默後對CAL-27細胞週期分佈的影響。結果:與對照組相比,FRMD4A-siRNA榦擾組FRMD4A mRNA錶達顯著下降(94%),榦擾組細胞增殖指數下降(P<0.05),細胞週期齣現G1期阻滯(P<0.05)。結論:FRMD4A-siRNA能有效抑製舌癌CAL-27細胞FRMD4A mRNA的錶達,併影響細胞週期分佈,降低細胞增殖能力。
목적:관찰siRNA침묵FRMD4A기인적표체대설암CAL-27세포생물학행위적영향。방법:통과지질체장FRMD4A-siRNA전염진CAL-27세포,응용qRT-PCR검측전염후CAL-27세포FRMD4A mRNA적표체정황,CCK-8검측기세포증식정황,류식세포의검측FRMD4A기인침묵후대CAL-27세포주기분포적영향。결과:여대조조상비,FRMD4A-siRNA간우조FRMD4A mRNA표체현저하강(94%),간우조세포증식지수하강(P<0.05),세포주기출현G1기조체(P<0.05)。결론:FRMD4A-siRNA능유효억제설암CAL-27세포FRMD4A mRNA적표체,병영향세포주기분포,강저세포증식능력。
Objective To observe the influence of inactive FRMD4A gene′s expression on the biological behavior of tongue cancer CAL-27cell. Methods FRMD4A-siRNA was transfered into CAL-27 cell by lipidosome, to the expression of FRMD4A-siRNA in CAL-27 cell after transfection was detect by qRT-PCR cell proliferation , was checked by CCK-8,the influence of inactive FRMD4A gene on cell cycle distribution of CAL-27 cell was assayed by flow cytometry. Results Compared with the control group, FRMD4A mRNA expression significantly reduced in FRMD4A-siRNA interfering group (94%) and the cell proliferation index decreased(P<0.05). The cell cycle arrested in G1 period (P<0.05). Conclusion FRMD4A-siRNA could effectively inhibit FRMD4A mRNA expression in tongue cancer CAL-27cell, impact the distribution of cell cycle, and reduce cell proliferation.