A Snapshot of the NGS Market — User Views
News Aug 21, 2013
The survey was designed to investigate current trends in NGS usage and determine future demands; to aid Oxford Gene Technology (OGT) in continuing to deliver high-quality, up-to-date services and provide insightful, relevant customer resources. The company received 596 responses from its worldwide database of contacts and donated to the UK charity DEBRA (for the genetic skin blistering condition Epidermolysis Bullosa) for each completed survey.
Responses on the most popular research areas for NGS and choice of methods uncovered a trend towards cost-effective, high-resolution targeted resequencing techniques over whole genome sequencing, with the Illumina platform identified as the leading technology. Cancer and rare disease are the most popular research areas for using NGS, supporting the use of targeted approaches which enable more accurate detection of rare variants.
Challenges in bioinformatics were found to be one of the biggest barriers to NGS implementation, which may explain why over a third of investigators choose to outsource data analysis. Supporting this finding, data quality and bioinformatics expertise are cited in the top three essential factors when choosing an NGS service provider.
Further insights into the use of NGS for clinical tests, preferred NGS methods, and demands on service providers are also presented. Download the full results here.
The survey adds to a growing portfolio of informative resources from OGT on NGS, including a recent whitepaper on choosing the right NGS method and a free-to-download demo version of their innovative and easy to use Genefficiency™ NGS reporting software.
Download the survey results or see below for more information on OGT’s Genefficiency services.
scNMT-seq Allows Analysis of Connections Between Nucleosomes, Methylation and TranscriptionNews
A new bioinformatics technique allows researchers to study three key processes inside the cell simultaneously.READ MORE
CRISPR Study Reveals Errors in Earlier Cancer ResearchNews
MELK, a protein previously thought to be implicated in cancer, has been shown to be unrelated to the disease.READ MORE