Sentence examples for evolution of high throughput from inspiring English sources
Over the past decade, whole genome resequencing, along with the rapid evolution of high throughput technologies and statistical tools have provided novel insights in genetic studies.
The upcoming availability of a reference genome for Eucalyptus grandis and the rapid evolution of high throughput sequencing technologies will foster the buildup of large sequence dataset from many individuals, a valuable resource for the development of large collections of SNPs for the genus.
The analysis of such complex systems is improving with the evolution of high-throughput technologies and advanced computational resources.
The evolution of high-throughput sequencing technologies and their subsequent improvements in generating reads have enabled the utilization of different bioinformatic tools for studying communities of complex flora.
At this intersection of availability of high throughput sequencing and context of cnidarian evolution, several studies in recent years have employed RNA-seq to generate transcriptomic data [ 11– 11].
Due to the advances of high throughput technology and data-collection approaches, we are now in an unprecedented position to understand the evolution of organisms.
For higher sample inputs (250 ng), library preparation benefitted of high throughput automatized instruments.
Recently, along with the evolution of mass spectrometry and the development of high-throughput techniques for the study of post-translational protein modifications (including, but not limited to, phosphorylation and acetylation), attention has been refocused to proteomic/interactomic approaches as well as to the identification of novel signal transduction cascades that underpin CDDP resistance.
The development of high-throughput "-omics" has provided the data required to address the traditional debate on how gene-level evolution shapes the species-level evolution [ 8- 10].
Development of high-throughput imaging and cellular viability assays for the detection of structural cardiotoxicity.
The availability of such information is becoming ever-more important for weighing the comparability of assay results thanks to the rapid evolution and growing complexity of high-throughput experimental techniques [ 74- 78].
