中华流行病学杂志
中華流行病學雜誌
중화류행병학잡지
CHINESE JOURNAL OF EPIDEMIOLOGY
2010年
11期
1288-1291
,共4页
胡志坚%薛金发%张小阳%史习舜%周红
鬍誌堅%薛金髮%張小暘%史習舜%週紅
호지견%설금발%장소양%사습순%주홍
肝肿瘤%ERCC1%病例对照研究%基因多态性
肝腫瘤%ERCC1%病例對照研究%基因多態性
간종류%ERCC1%병례대조연구%기인다태성
Liver cancer%ERCC1%Case-control study%Gene polymorphism
目的 研究ERCCl基因多态性与福州地区人群肝癌易感性之间关系,及其与环境因素交互作用对肝癌发生的影响.方法 采用病例对照研究收集病例和对照暴露信息,采用聚合酶链反应限制性片段长度多态性(PCR-RFLP)技术对ERCCl-C8092A基因多态性进行检测;通过广义线性模型模拟ERCC1-C8092A基因多态性与肝癌主要环境危险因素交互作用的结构模型.结果 以ERCC1-C8092ACC作为参照,ERCC1-C8092ACA/AA基因型可以增加原发性肝癌的发病危险性(OR=3.789,95%CI:2.792~5.142);ERCCl-C8092A突变与饮沟塘水、乙型肝炎病毒感染的联合作用最适模型均为超相加模型,与霉变食品联合作用为超相乘模型.结论 ERCC1-C8092A多态可能与肝癌遗传易感有关,并与肝癌主要环境因素间存在协同作用.
目的 研究ERCCl基因多態性與福州地區人群肝癌易感性之間關繫,及其與環境因素交互作用對肝癌髮生的影響.方法 採用病例對照研究收集病例和對照暴露信息,採用聚閤酶鏈反應限製性片段長度多態性(PCR-RFLP)技術對ERCCl-C8092A基因多態性進行檢測;通過廣義線性模型模擬ERCC1-C8092A基因多態性與肝癌主要環境危險因素交互作用的結構模型.結果 以ERCC1-C8092ACC作為參照,ERCC1-C8092ACA/AA基因型可以增加原髮性肝癌的髮病危險性(OR=3.789,95%CI:2.792~5.142);ERCCl-C8092A突變與飲溝塘水、乙型肝炎病毒感染的聯閤作用最適模型均為超相加模型,與黴變食品聯閤作用為超相乘模型.結論 ERCC1-C8092A多態可能與肝癌遺傳易感有關,併與肝癌主要環境因素間存在協同作用.
목적 연구ERCCl기인다태성여복주지구인군간암역감성지간관계,급기여배경인소교호작용대간암발생적영향.방법 채용병례대조연구수집병례화대조폭로신식,채용취합매련반응한제성편단장도다태성(PCR-RFLP)기술대ERCCl-C8092A기인다태성진행검측;통과엄의선성모형모의ERCC1-C8092A기인다태성여간암주요배경위험인소교호작용적결구모형.결과 이ERCC1-C8092ACC작위삼조,ERCC1-C8092ACA/AA기인형가이증가원발성간암적발병위험성(OR=3.789,95%CI:2.792~5.142);ERCCl-C8092A돌변여음구당수、을형간염병독감염적연합작용최괄모형균위초상가모형,여매변식품연합작용위초상승모형.결론 ERCC1-C8092A다태가능여간암유전역감유관,병여간암주요배경인소간존재협동작용.
Objective To investigate the association between genetic polymorphisms of ERCCl-C8092A and susceptibility to liver cancer, as well as the gene-environmental interaction on the etiology of liver cancer in Fuzhou. Methods A case-control study was conducted to collect the information on environmental exposure while genetic polymorphism of ERCC1 was analyzed by the polymerase chain reaction-restriction fragment length polymorphism (PCR-RFLP) method. General relative risk regression models were further applied to fit the interaction between genetic polymorphisms of ERCC1-C8092A and the environmental factors of liver cancer. Results ERCC1-C8092A variant genotypes were associated with significant increasing risk of liver cancer adjusted odds ratio (OR= 3.789,95%CI:2.792-5.142 ), compared to the wild-type homozygote. Data from the analysis of interaction showed that genetic polymorphism of ERCC1-8092A appeared superadditive interaction with drinking pond-ditch or with hepatitis B, and super-multiplicative interaction with eating moldy food. Conclusion The point mutation in ERCC1-8092A was possibly susceptible to liver cancer, and related synergistically with other risk factors in hepatocelluar carcinogenesis in Fuzhou.