Third-generation (gen-3), single-molecule sequencing technology is not only about making quantifiable enhancements to second-generation (gen-2) capabilities, but also about improving data quality ...

However; single nucleotide polymorphism (SNP) genotyping often remains dependent on arrays, leaving genotyping and NGS ...

While third generation sequencing comes with many notable advantages, it also faces several prominent disadvantages. Among these is the relatively low accuracy: despite improvements driven by ...

The majority of patients with the most common advanced or metastatic cancers in the United States do not undergo ...

Just as combining computational strategies will be essential to dealing with sequencing data, layering the advantages of second- and third-generation platforms will be part of the innovation that ...

In considering this question, it is essential to recognize two distinct customer groups, each uniquely impacted by the advantages of next-generation protein sequencing.

A new pan-European network will integrate long-read sequencing into clinical practice, improving diagnosis of rare diseases and cancers.

Miami University acquires new third-generation DNA sequencing technology, first in Midwest Revolutionary system will accelerate research timelines by Lauren Smetzer, University Communications and ...

Variant detection of multiple genes from a single tumor sample requires high-throughput molecular testing. To meet this demand, targeted next-generation sequencing (NGS) panels are useful in clinical ...

The UK-based company Oxford Nanopore Technologies announced that it has partnered with ELRIN to help bring nanopore whole-genome sequencing (WGS) – a third-generation sequencing platform – into wider ...