Next-Generation Sequencing – Multimedia

This eBook explores how researchers are dismantling these barriers by harnessing deeper sequencing, richer data and smarter workflows to unlock breakthroughs across population health, cancer biology and molecular diagnostics.

This case study explores how a leading institution in histocompatibility implemented an automated NGS-based workflow for high-resolution HLA typing.

This application note outlines a comprehensive workflow for MRD detection, using a next-generation sequencing (NGS) approach to enable ultra-sensitive analysis with unmatched precision.

This eBook explores how synthetic DNA is transforming cancer research, from uncovering genetic mechanisms to developing targeted therapies and improving disease models.

This infographic highlights how specialized automation modules can be implemented throughout NGS workflows – from thermal cycling to magnetic bead handling.

This application note explores the latest advanced acoustic fragmentation technology, which delivers consistent, high-quality results from even the most challenging clinical specimens.

In this Teach Me in 10 episode, Michael Bailey, Manager of the Customer Experience Lab Seattle and nCounter® Services, presents a targeted gene expression analysis tool for expediting translational validation and screening studies.

In this Teach Me in 10 episode, Dr. Cindy Lawley, Senior Director of Global Population Health at Olink Proteomics, explains the latest advancements in NGS-based proteomics and its application in multiomics research using real-world case studies.

This eBook explores how to enhance throughput while maintaining high-quality variant analysis and reporting.

This poster explores how 6-base whole-genome sequencing of cfDNA boosts the sensitivity of liquid biopsy tests for early cancer detection.