Examples of 'sequencing technologies' in a sentence
Meaning of "sequencing technologies"
sequencing technologies - Refers to technologies or methods used to determine the order of nucleotides in a DNA or RNA molecule
How to use "sequencing technologies" in a sentence
Basic
Advanced
sequencing technologies
Any of a number of sequencing technologies can be utilized.
Sequencing technologies that allows you to sequence.
Examples of various sequencing technologies are described below.
Sequencing technologies are improving in terms of throughput and cost.
There have been efforts to compare leading sequencing technologies.
Exemplary sequencing technologies are described below.
Improved strategies for transcript profiling using high throughput sequencing technologies.
New genome sequencing technologies are generating unprecedented amounts of data.
The current challenges in genome assembly are related to the limitation of modern sequencing technologies.
Modern sequencing technologies have been used to resequence different strains.
SeqOccIn research project aims to acquire advanced expertise of the latest sequencing technologies.
Other sequencing technologies that are encompassed by the technology are discussed throughout.
One limitation of the overall process stems from limitations of existing DNA sequencing technologies.
The application of next generation sequencing technologies as a diagnostic tool for phytosanitary.
These sequencing technologies allow the production of potentially millions of sequences concurrently.
See also
The range of useful DNA materials has expanded with advances in extraction and sequencing technologies.
Current sequencing technologies are limited in regards to profiling areas of repeated sequences.
Long stretches of repetitive DNA present challenges for DNA sequencing technologies.
A recent explosion in gene sequencing technologies has identified a massive catalogue of genes.
The researchers employed a variety of long-read and short-read sequencing technologies.
It is expected that future sequencing technologies are likely to improve both these factors.
Subsequently, these sequence can be determined using the described high throughput sequencing technologies.
Current sequencing technologies require millions of copies of nucleic acid per sequencing reaction.
However, the arrival of second-generation sequencing technologies promises a new era for cancer genomics.
New sequencing technologies have considerably accelerated the rate at which genomic data is being generated.
The modified nucleotides disclosed herein could be utilized in combinatorial probe-anchor ligation sequencing technologies.
The currently described sequencing technologies contain some variations in their sequencing protocols.
The two companies will jointly develop applications for microbiology sequencing technologies within a four-year renewable period.
Rapid sequencing technologies can identify genetic markers for treatment sensitivity and potential resistance.
The information is generally provided by next generation sequencing technologies ( NGS ).
Next Generation sequencing technologies are revolutionizing the process for identifying pathogens in a sample.
Researchers also characterised the spectrum of mutations present in T-ALL using new sequencing technologies.
What are current sequencing technologies capable of investigating?
This milestone permitted the firm to invest in better large-scale DNA sequencing technologies.
As sequencing technologies evolve, the number of genomic studies is growing exponentially.
It is based on the use of universal primer pairs * and Next Generation Sequencing technologies.
The high-throughput sequencing technologies have great impact of this research.
It was amplified, cloned and sequenced entirely by Lark Sequencing Technologies Inc.
New long-read sequencing technologies could enable more accurate identification of the bacteria.
Abstract, Amounts of data generated by Next Generation Sequencing technologies increase exponentially in recent years.
These sequencing technologies can obtain 1 million or more reads from a sample at a reasonable cost.
This product was then sent to Lark Sequencing Technologies Inc. for subcloning and sequencing.
Many techniques are available such as Sanger sequencing and High Throughput Sequencing technologies ( HTS ).
Next-generation sequencing technologies have the potential to decipher the genomic diversity at moderate cost.
Most of the sequencing was performed by Lark Sequencing Technologies Inc. using standard sequencing techniques.
Next-generation sequencing technologies generate large numbers of sequences in a short time and at low cost.
Key to C4R-SOLVE 's success will be new sequencing technologies and improved worldwide data sharing.
Next-generation sequencing technologies offer new perspectives to explore these previously poorly known genomes.
Abstract, Since their emergence around 2006, Next-Generation Sequencing technologies have been revolutionizing biological and medical research.
High-throughput genome sequencing technologies would help to identify both prognostic and theranostic biomarkers.
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Environmentally sound technologies to the host country
Technologies for implementation and to support implementation
Synthesis report on technologies for adaptation identified in
Examples of using Sequencing
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Appropriate sequencing of regulatory consolidation and liberalization
There was discussion regarding the appropriate sequencing of
The process and sequencing of reform were emphasized
