methylation

Researchers looked for-and found-a chemical change called DNA methylation in healthy tissue adjacent to breast tumors.

研究者寻找并发现了靠近肿瘤组织的健康组织中有“DNA甲基化”这种化学改变.

Z associates with functional regulatory elements, and CTCF marks boundaries of histone methylation domains.

Z和功能调控元件相关, CTCF标记组蛋白甲基化区域边界.

Focus on the bioinformatics analysis of DNA methylation.

主要研究DNA甲基化的生物信息学分析.

Methylation of chromatin causes it to condense.

染色质甲基化后会出现凝缩.

Methods: Simvastatin was synthesized from lovastatin via acetylization, methylation, hydrolytic decomposition and cyclization reactions.

方法: 以洛伐他汀为原料,通过酰化 、 甲基化 、 水解、环合等反应合成了辛伐他汀.

Furthermore, CpG methylation within the NF 2 promoter region was thoroughly analyzed.

此外, 充分分析了NF2启动子区域内的CpG甲基化.

We investigated the association between gene methylation and recurrence of the tumor.

我们研究基因甲基化和肿瘤复发的相关性.

Conclusion: P 15 gene methylation might be related with the pathogenesis, and prognosis of MM.

结论: p15基因甲基化可能是MM发病 的原因之一, 与MM的 发展及预后有一定的关系.

The analysis of DNA methylation in plasma applicate to noninvasive prenatal diagnosis.

血浆DNA甲基化的分析进一步应用于无创性产前诊断具有可行性.

They then measured methylation levels in the RASSF 1 A gene in epithelial cells that lined the ducts.

然后测定了这些导管上皮细胞RASSF1A基因的甲基化程度.

DNA methylation is a common event in malignances and implicated in tumor initiation and progression.

DNA甲基化是恶性肿瘤普遍存在的分子生物学改变,与肿瘤的发生和发展密切相关.

DNA methylation is an important epigenetic modification which regulates a number of biological processes.

DNA甲基化作为一种重要的表观遗传修饰,调节着机体许多生物学过程.

This article will review research advances on brain tumor methylation.

本文总结了肿瘤甲基化方面的最新进展.

As expected, tumor cells showed the highest methylation levels.

如所预料的一样, 肿瘤细胞呈高度甲基化.

Methylation causes a permanent change in gene activity during development.

在发育过程中甲基化导致了基因功能的永久改变.