大理学院学报:综合版
大理學院學報:綜閤版
대이학원학보:종합판
Journal of Dali University
2012年
6期
32-34
,共3页
钟燕玲%李卫真%赵素梅%刘春生%张永云
鐘燕玲%李衛真%趙素梅%劉春生%張永雲
종연령%리위진%조소매%류춘생%장영운
大蒜素%端粒酶活性%PCNA%SLC-89细胞%肺腺癌
大蒜素%耑粒酶活性%PCNA%SLC-89細胞%肺腺癌
대산소%단립매활성%PCNA%SLC-89세포%폐선암
Allicin%telomerase activity%PCNA%SLC-89 cell%lung adenocarcinoma
目的:观察大蒜素对人肺腺癌细胞SLC-89增殖的影响。方法:不同浓度的大蒜素与SLC-89细胞共培养72 h,运用MTT法测定大蒜素的IC50。将IC50、IC50/2、IC50/4剂量的大蒜素与SLC-89细胞共培养72 h后,运用端粒重复序列扩增-酶联免疫吸附法分别测定细胞端粒酶活性,运用流式细胞技术测定细胞PCNA的表达率。加入等量生理盐水共培养作为对照组。结果:大蒜素能抑制SLC-89细胞的增殖,其IC50为79.8μg/mL,IC50和IC50/2剂量的大蒜素能显著抑制SLC-89细胞端粒酶的活性,IC50、IC50/2、IC50/4剂量的大蒜素都能显著抑制SLC-89细胞PCNA的表达。结论:大蒜素能抑制SLC-89细胞的增殖,其PCNA的表达比端粒酶活性更容易受到下调。
目的:觀察大蒜素對人肺腺癌細胞SLC-89增殖的影響。方法:不同濃度的大蒜素與SLC-89細胞共培養72 h,運用MTT法測定大蒜素的IC50。將IC50、IC50/2、IC50/4劑量的大蒜素與SLC-89細胞共培養72 h後,運用耑粒重複序列擴增-酶聯免疫吸附法分彆測定細胞耑粒酶活性,運用流式細胞技術測定細胞PCNA的錶達率。加入等量生理鹽水共培養作為對照組。結果:大蒜素能抑製SLC-89細胞的增殖,其IC50為79.8μg/mL,IC50和IC50/2劑量的大蒜素能顯著抑製SLC-89細胞耑粒酶的活性,IC50、IC50/2、IC50/4劑量的大蒜素都能顯著抑製SLC-89細胞PCNA的錶達。結論:大蒜素能抑製SLC-89細胞的增殖,其PCNA的錶達比耑粒酶活性更容易受到下調。
목적:관찰대산소대인폐선암세포SLC-89증식적영향。방법:불동농도적대산소여SLC-89세포공배양72 h,운용MTT법측정대산소적IC50。장IC50、IC50/2、IC50/4제량적대산소여SLC-89세포공배양72 h후,운용단립중복서렬확증-매련면역흡부법분별측정세포단립매활성,운용류식세포기술측정세포PCNA적표체솔。가입등량생리염수공배양작위대조조。결과:대산소능억제SLC-89세포적증식,기IC50위79.8μg/mL,IC50화IC50/2제량적대산소능현저억제SLC-89세포단립매적활성,IC50、IC50/2、IC50/4제량적대산소도능현저억제SLC-89세포PCNA적표체。결론:대산소능억제SLC-89세포적증식,기PCNA적표체비단립매활성경용역수도하조。
Objective: To investigate the effect of allicin on proliferation of human lung adenocarcinoma cell line (SLC-89). Methods: SLC-89 cells were cultured under different doses of allicin for 72 h, the 50 % inhibitory concentration (ICs0) was measured by MTY method. SLC-89 cells were then cultured with alfiein at dose IC50, IC50/2, IC2/50/4 for 72 h, respectively, telomerase activities of the treated cells were measured by Telomeric Repeat Amplification Protocol with ELISA (TRAP-ELISA), and expression of proliferating cell nuclear antigen (PCNA) of the treated cells were tested by flow eytometry. Results: Allicin inhibited proliferation of SLC-89 with IC50 of 79.8 μg/mL. A11icin at dose of IC50 and IC50/2 significantly inhibited telomerase activity of SLC-89 cells, and Alliein at dose of IC50 IC50/2 and IC50/4 significantly inhibited the expression of PCNA of SLC-89 cells. Conclusion: Allicin could inhibit proliferation of SLC-89 cells, compared to the telomerase activity, the expression of PCNA could be down-regulated more easily than by Allicin.