Sentence examples for 2nd generation sequencing from inspiring English sources
This has made it possible to sequence a human genome completely in less than one month using one 2nd generation sequencing instrument.
In contrast to the Sanger sequencing method that dominated DNA sequencing for nearly 30 years [ 2], 2nd generation sequencing analyzes clonal representations of the input DNA.
For Conus bullatus, the estimated coverage depth is 1.70× from 4.36GB of sequence reads, thus the best estimate for the size of the Conus bullatus genome is 2.56 GB. 2nd generation sequencing technologies now make it possible to probe new and emerging model organism genomes in a cost effective manner.
The approach is accurate, and should prove useful for any researcher seeking to determine the size of an emerging model organism [ 1] genome using 2nd generation sequencing data.
A simple and cost-effective approach includes use of the high quality 2nd generation sequencing data to improve the quality of long reads.
In order to take advantage of the benefits of 2nd generation sequencing throughput in a cost-effective manner, many researchers are now opting to restrict the input to sequencing platforms to a subset of the full genome.
These include paired-end and mate-pair technologies [ 5], third generation sequencing [ 6], and optical mapping [ 7].
While previously, newborns and infants often underwent invasive, time-consuming, and costly diagnostic procedures yet in some cases with ambiguous and inconclusive results [11] next-generation sequencing approaches are increasingly implemented in daily clinical practice.
10 As next generation sequencing technology advances, it becomes increasingly affordable.
With recent technological and methodological advances (e.g., rolling circle amplification: [ 7, 8]; next generation sequencing technologies: [ 9]), and associated decreasing costs of DNA sequencing, the amplification and sequencing of whole mt genomes has become routine.
The lectures were divided into four sections that described; 1) next generation sequencing, 2) metagenomics, 3) eukaryotic genomes and 4) bacterial and archaeal genomes.
