What is the translation of " SEQUENCING TECHNOLOGIES " in Chinese?

• 测序技术

Examples of using Sequencing technologies in English and their translations into Chinese

There have been efforts to compare leading sequencing technologies.
有人试图比较主要的测序技术。

New high-throughput sequencing technologies uncover a world of interacting microorganisms.
新的高通量测序技术揭示了一个相互作用的微生物世界.

In future versions, the RAD can count on built-in cameras, touch sensors and even DNA sequencing technologies.
未来，RAD还可以配备内置摄像头，触摸传感器甚至DNA测序技术。

But automation and advanced sequencing technologies are changing that.
但是自动化技术和先进的测序技术正在改变这一点。

These sequencing technologies have their own characteristics, and also have suitable application scopes and application scenarios.
以上这些测序技术，均有各自的特点，也有其适合的应用范围与应用场景。

The$ 3.8 billion human genome project began in 1990 with Davis' gene sequencing technologies as its core.
耗资38亿美元的人类基因组计划于1990年开始，戴维斯的基因测序技术是其核心。

The advent of single-cell RNA sequencing technologies has brought biology to the next level.
单细胞RNA测序技术的出现将生物学提升到了一个新的水平。

Such models allow geneticists to make sense of the deluge of candidate disease genes being uncovered by advances in sequencing technologies.
这种模型可让遗传学家理解测序技术进展正在揭示的纷至沓来的候选疾病基因。

Faster and cheaper sequencing technologies are enabling very large-scale studies of both ancient and modern DNA.
下一代基因组学：更快更廉价的测序技术使人们能够对远古和现代的DNA进行大规模研究。

Biochips are essentially small laboratories designed to function within living organisms and drive DNA sequencing technologies of the next generation.
生物芯片基本上是设计用于生物体内部的微小实验室，它们正在推动下一代DNA测序技术的发展。

Next-generation sequencing technologies have made it possible to generate high-resolution genomic data much more efficiently.
新一代测序技术使人们有可能以更有效地产生高分辨率的基因组数据。

Biochips are essentially tiny laboratories designed to function inside living organisms, and they are driving next-generation DNA sequencing technologies.
生物芯片基本上是设计用于生物体内部的微小实验室，它们正在推动下一代DNA测序技术的发展。

These next-generation sequencing technologies(NGS) enable analysing the expression of all genes in the respective genome at the same time.
这些下一代测序技术(NGS)能够同时分析各自基因组中所有基因的表达。

X Genomics is changing the definition of sequencing by providing an innovative genomics platform that dramatically upgrades the capabilities of existing sequencing technologies.
XGenomics通过提供创新的基因组平台来改变测序的定义，从而显著升级现有测序技术的能力。

It's now possible to use next-generation sequencing technologies to analyze bacterial strain variants without the need for microbial culture.
现在可以使用下一代测序技术来分析细菌菌株变异体，而无需进行微生物培养。

X Genomics has changed the definition of genetic sequencing by providing an innovative genomics platform that dramatically improves the capabilities of existing sequencing technologies.
XGenomics通过提供创新的基因组平台来改变测序的定义，从而显著升级现有测序技术的能力。

As sequencing technologies become cheaper and more accessible, researchers are increasingly utilizing sequencing for genotyping.
随着测序技术变得更便宜、更易于访问，研究人员正在越来越多地利用测序基因分型。

But with many companies competing with the fastest and cheapest DNA sequencing technologies, according to Fierce Biotech, the company shut its doors in 2012.
但是由于许多公司都在竞争研发最快、最廉价的DNA测序技术，该公司被迫于2012年关闭。

Sequencing technologies have far surpassed the expectations of Drs. Carlos Bustamante, Stephen Kingsmore, and John Mattick.
测序技术已大大超出了CarlosBustamante、StephenKingsmore和JohnMattick三位博士的预期。

Next-Generation Genomics: Faster and cheaper sequencing technologies are enabling very large-scale studies of both ancient and modern DNA.
下一世代的基因组学:更快更廉价的测序技术使人们能够对远古和现代的DNA进行非常大规模的研究。

New sequencing technologies, such as massive parallel sequencing have also opened up the prospect of personal genome sequencing as a diagnostic tool, as pioneered by Manteia Predictive Medicine.
新的测序技术，如大规模并行测序（英语：massiveparallelsequencing）也开辟了个人基因组测序作为一种诊断工具的前景。

They used two different state-of-the-art DNA sequencing technologies, combined with bioinformatics, to analyse and compare the bacterial content of each sample.
他们用了两种最先进的DNA测序技术，结合了生物信息学，分析和比对了每份样本中的细菌含量。

Next-generation sequencing technologies(NGS) allow researchers to analyze entire genomic sequences much quicker than was possible in the past.
下一代测序技术（NGS）使研究人员能够比过去更快地分析整个基因组序列。

The researchers used the latest sequencing technologies to model embryo development in mice, looking at the activity of individual genes at a single cell level.
研究人员利用最先进的测序技术模拟了小鼠的胚胎发育，并观察了单细胞阶段各个基因的活动。

Next-generation sequencing technologies are the gold standard but they remain cost-prohibitive for many labs, and are often impractical for small projects.
新一代测序技术当然是金标准，但对于许多实验室而言仍然是高不可攀的，对于小型项目来说也是不切实际的。

GWA studies use genetic sequencing technologies coupled with advanced statistics and computation to link differences in the genetic code with particular traits.
GWA研究使用遗传测序技术，结合先进的统计和计算功能，将遗传密码中的差异与特定性状联系起来。

High-throughput sequencing technologies are intended to lower the cost of DNA sequencing beyond what is possible with standard dye-terminator methods.
高通量测序技术的目的是降低DNA测序的成本，这个成本比同样可实现测序的染料终止法来得低得多。

Using high-throughput sequencing technologies, Ren and colleagues mapped nearly 300,000 mouse cis-regulatory elements in 19 different types of tissue and cell.
任兵和同事使用高通量测序技术，绘制出了存在于老鼠19个不同的组织和细胞中的大约30万个顺式调控元件的详细情况。

Then, using sequencing technology to obtain gene expression of each cell;
之后，使用测序技术获得各个细胞的基因表达情况；.

Finally, sequencing technology is now used to inform many clinical diagnoses.
最后，测序技术用于告知许多临床诊断。