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1·Roce says the next step is to find treatments that counter the effects of the altered microRNA.

说下一个步骤就是寻找对付变异的微型RNA 的方法。

2·Therefore, it remains elusive if and when there will be room for new, microRNA-based biomarkers.

因此，是否以及何时将有空间给予新的、基于微RNA的生物标记物仍然是难以捉摸的。

3·We found that a conserved microRNA-34c through its target-Nanos2, regulating SSCs' differentiation in mouse.

在老鼠中，我们研究发现miR - 34 c靶向作用Nanos2 +调节精原干细胞的分化。

4·Like vitamins and minerals, microRNA may represent a previously unrecognized type of functional molecule obtained from food.

就像维生素和矿物质，MicroRNA可能会是一种以前未辨认出的从食物中摄取的功能性分子。

5·The microRNA, miR164, has been implicated in aging in Arabidopsis and was part of a complex genetic chain that changed as leaves aged.

其中MIR164这个微RNA，在Arabidopsis的衰老进程中被确认是一个复杂遗传链条的部分，那链条随着树叶的衰老而变化。

6·The hairpin structure is diced into a microRNA segment that works with another complex to disable other messenger RNAs with complementary sequences.

这种发夹状的结构被分成小分子RNA段，然后与另外一组染色体共同产生影响，然后沉默另外一种带有互补序列的信息核糖核酸。

7·The fact that this transcription factor appears to be conserved in humans and songbirds suggests it has an important function in microRNA regulatory pathways.

事实上，这个转录因子似乎被保存在人类和草雀的基因中，让人不禁联想它可能在microRNA的控制路径中起到重要的作用。

8·Conveniently, the microRNA that targets t antigen is made late in the infectious cycle, just when t antigen is no longer essential for virus replication.

以t抗原为攻击目标的小分子rna在感染周期的最后环节才会产生，而这时t抗原已经不再是病毒繁殖的必须条件。

9·Further experiments showed that cytotoxic immune cells were more likely to kill cells infected with a mutant virus that cannot make the microRNA than the normal virus.

进一步的试验显示，细胞毒素免疫细胞更有可能去摧毁那些无法产生小rna的变异病毒而不是普通的病毒。

10·Recent studies have introduced a paradigm shift in our understanding of the microRNA biogenesis pathway, which was previously believed to be universal to all microRNAs.

最近的研究提出了在我们的理解范围内的微rna合成途径的转变模式，这是过去所认同的所有小分子rna。