西安交通大学学报(医学版)
西安交通大學學報(醫學版)
서안교통대학학보(의학판)
JOURNAL OF XI'AN JIAOTONG UNIVERSITY(MEDICAL SCIENCES)
2015年
4期
429-434
,共6页
黄辰%刘利英%倪磊%宋土生
黃辰%劉利英%倪磊%宋土生
황신%류리영%예뢰%송토생
sncRNA%miRNA%表达调控%肿瘤
sncRNA%miRNA%錶達調控%腫瘤
sncRNA%miRNA%표체조공%종류
sncRNA%miRNA%expression regulation%tumor
微小 RNA(micro RNAs,miRNAs)是一类不同于 mRNA 的非蛋白编码的小 RNA,其通过结合靶 mRNA 的3′非翻译区(3′untranslated region,3′UTR),抑制靶 mRNA 的翻译或降解靶 mRNA。miRNA 在肿瘤发生、生长、迁移与侵袭过程中发挥了重要作用。miRNA 的调控与其在肿瘤中的功能密切相关。竞争性内源性 RNA(competing endogenous RNA,ceRNA)、环状 RNA(circular RNA,circRNA)及 RNA 结合蛋白(RNA binding protein,RBP)参与了 miRNA 靶基因的表达调控,可能是 miRNA 在不同肿瘤组织及细胞中功能多样化与复杂化的原因之一。研究miRNA 在特定细胞中网络调控机制的新技术是未来的新方向。
微小 RNA(micro RNAs,miRNAs)是一類不同于 mRNA 的非蛋白編碼的小 RNA,其通過結閤靶 mRNA 的3′非翻譯區(3′untranslated region,3′UTR),抑製靶 mRNA 的翻譯或降解靶 mRNA。miRNA 在腫瘤髮生、生長、遷移與侵襲過程中髮揮瞭重要作用。miRNA 的調控與其在腫瘤中的功能密切相關。競爭性內源性 RNA(competing endogenous RNA,ceRNA)、環狀 RNA(circular RNA,circRNA)及 RNA 結閤蛋白(RNA binding protein,RBP)參與瞭 miRNA 靶基因的錶達調控,可能是 miRNA 在不同腫瘤組織及細胞中功能多樣化與複雜化的原因之一。研究miRNA 在特定細胞中網絡調控機製的新技術是未來的新方嚮。
미소 RNA(micro RNAs,miRNAs)시일류불동우 mRNA 적비단백편마적소 RNA,기통과결합파 mRNA 적3′비번역구(3′untranslated region,3′UTR),억제파 mRNA 적번역혹강해파 mRNA。miRNA 재종류발생、생장、천이여침습과정중발휘료중요작용。miRNA 적조공여기재종류중적공능밀절상관。경쟁성내원성 RNA(competing endogenous RNA,ceRNA)、배상 RNA(circular RNA,circRNA)급 RNA 결합단백(RNA binding protein,RBP)삼여료 miRNA 파기인적표체조공,가능시 miRNA 재불동종류조직급세포중공능다양화여복잡화적원인지일。연구miRNA 재특정세포중망락조공궤제적신기술시미래적신방향。
microRNA (miRNA)is a kind of non-protein-coding small RNA that is different from mRNA. miRNAs interact with the 3’ untranslated region (3’UTR )of the target mRNA,resulting in either complete degradation or translational inhibition of the target mRNA.miRNAs play a vital role in tumorigenesis,growth, migration and invasion.The regulation of miRNA is closely related to its function in cancer.Competing endogenous RNA (ceRNA),circular RNA (circRNA)and RNA binding protein (RBP)as regulatory molecules are involved in the expression regulation of target genes.It may be one reason why the miRNA has complicated and diversified functions in diverse cancer tissues or cancer cells.The future direction of miRNA research is to study the latest technology to find the network control mechanism of miRNA in the specific cells.