NON-CODING 中文是什么意思 - 中文翻译

• 非编码
• 一个非编码

在 英语 中使用 Non-coding 的示例及其翻译为 中文

Non-coding does not mean non-functioning.
但不编码并不等于没有功能。

Novel genes can arise from non-coding DNA.
新基因可来自非编码DNA。

Non-coding architects are likely to see the biggest shift in what they do.
不编码的架构师可能会发现他们的工作变化最大。

MRNA, tRNA, rRNA and non-coding RNA.
MRNA、tRNA、rRNA和非编码RNA的后加工.

A different type of RNA, called non-coding RNA, had long been dismissed as“junk” and left out of sequencing processes.
一种被称为非编码RNA的不同类型的RNA，长期以来被认为是“垃圾基因”，并被排除在测序过程之外。

What are the functions of non-coding DNA?
为什么要解码DNA？WhatisthepurposeofnoncodingDNA?

Additional modifications include, for example, non-coding regulatory regions in which the modifications alter expression of a gene or operon.
另外的修饰包括，例如，非编码调控区，其中修饰改变基因或操纵子的表达。

Both have an excess of G-C pairings in their non-coding DNA.
它们在它们的非编码DNA中都有过量的G-C配对。

Human DNA comprises 98% non-coding DNA and only 2% coding DNA.
人类基因组98%是非编码DNA，而剩下2%是细菌基因.

The researchers found that when the Gtl2 locus is expressed from the maternally inherited allele, it produces non-coding RNAs to curb metabolic activity.
研究人员发现，当母系遗传等位基因表达Gtl2位点时，它会生成非编码RNA来抑制代谢活动。

Of the genome is comprised of non-coding DNA that does not encode protein.
的基因组由不编码蛋白质的非编码DNA组成。

These non-coding portions of the pre-mRNA are called intronic sequences, sometimes referred to as junk sequence because it is originally copied from junk DNA.
前mRNA的这些非编码部分称为内含子序列，有时称为垃圾序列，因为它最初是从垃圾DNA中复制的。

The function of a new long non-coding RNA linc00673 remains unclear.
接下来，研究者探索了长非编码RNALINC00673的功能。

The model uses large-scale chromatin-profiling data, including transcription factor binding, DNase I sensitivity and histone-mark profiles to predict the functional consequences of a non-coding variant.
该模型使用大规模染色质分析数据，包括转录因子结合、DNase-I敏感性和组蛋白标记谱，来预测非编码变异的功能后果。

There is a growing perception that long non-coding RNAs(lncRNAs) modulate cellular function.
人们越来越认为长的非编码RNA（lncrnas）调节细胞功能。

The role of RNA, in particular non-coding RNA(ncRNA), has been established as a major controlling element of multiple epigenetic events.
研究者已经将RNA，尤其是非编码RNA(ncRNA)的作用确定为多重表观遗传事件的主要控制因素。

As DNA is transcribed into RNA it needs to be edited to remove non-coding regions, or introns, shown in green.
当DNA转录成RNA时,它需要进行编辑,删除非编码区或内含子（以绿色显示）.

The researchers believe that understanding how non-coding DNA affects the development of this disease could one day improve genetic screening for cancer risk.
了解非编码DNA如何影响这种疾病的发展有朝一日可以提高癌症风险的基因筛查。

They also observed that exposure to inflammatory cytokines induces changes in DNA folding, allowing these non-coding regions to come into contact with their target genes.
他们还观察到，暴露于炎性细胞因子会导致DNA折叠发生变化，从而使这些非编码区与目标基因接触。

The team looked at a set of molecules called microRNAs- non-coding regions of the genome that help control where and when genes are activated.
研究小组观察了一组分子叫做微小-非编码区域的基因组，有助于控制，当基因被激活。

For example, the authors report a recurrent mutation in a non-coding region of the key tumour-suppressor gene TP53.
例如，作者报告了肿瘤抑制基因TP53的一个非编码区域的反复突变。

Piwi-interacting RNA(piRNA) is a group of small non-coding RNAs that are highly expressed in the germ line and are essential for human fertility.
Piwi相互作用RNA（piRNA）是一组小的非编码RNA，它们在生殖系中高度表达，对人类的生育能力至关重要。

SATI works by inserting a normal copy of the problematic gene into the non-coding region of the DNA before the mutation site.
SATI的工作原理是将有问题基因的正常拷贝插入突变位点之前的DNA非编码区。

I believe that as we begin to understand the non-coding genome better, we will see more and more examples of non-coding drivers in cancer.".
我相信随着我们开始更好地理解非编码基因组，我们将会在癌症中看到越来越多的非编码驱动DNA的例子。

RNA polymerase II(Pol II) transcribes all protein-coding genes but also some non-coding RNAs(e.g., snRNAs, snoRNAs or long non-coding RNAs).
RNA聚合酶II（PolII）不仅转录所有蛋白质编码基因，还转录一些非编码RNA（如snRNA、snoRNA）。

A future scientific goal is to identify more of the non-coding RNA lassoes to fully understand their potential and application in regulation of gene expression.
研究人员表示未来的科学目标时发现更多的非编码RNA套索以完全了解它们在调控基因表达方面的潜力和应用。

Protein-coding regions function like recipes for making proteins, while areas called non-coding regions act as chefs deciding how much food to make.
蛋白质编码区的功能类似于制作蛋白质的食谱，而称为非编码区的区域则充当厨师的角色，决定制作多少食物。

In recent years, however, researches have revealed vital roles of non-coding RNA, such as in gene regulation and maintaining chromosome structure.
近年来，研究已经揭示了非编码RNA的重要作用，例如基因调控和维持染色体结构。

Specifically, spliceosomal introns, which make up about 25 percent of the human genome, are non-coding sequences that must be removed before gene expression.
确切地说，剪接体内含子（约占人类基因组的25%）是非编码序列，必须在基因表达前去除。

A future scientific goal is to identify more of those enhancer-like non-coding RNAs to fully understand their potential and application in regulation of gene expression.
研究人员表示未来的科学目标时发现更多的非编码RNA套索以完全了解它们在调控基因表达方面的潜力和应用。