Latest App Notes & Case Studies

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

This application note explores how researchers successfully combined AI with advanced multiplexed gene synthesis to design and validate novel single-domain antibodies with atomic-level precision.

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

This compendium provides researchers with a portfolio of electrophoresis instruments to support quality control and automation for a more reliable NGS workflow.

This application note explores how electrophoretic methods surpass the capabilities of traditional methods to accurately distinguish between cfDNA and contaminating high molecular weight (HMW) DNA, making them ideal for cfDNA quality control.

This application note provides data-driven insights for optimizing cfDNA workflows, from initial sample input to final sequencing parameters.

This application note presents a new library preparation kit that overcomes these limitations with a novel normalization-by-ligation technology and inline read barcodes, enabling rapid and scalable results.

This application note presents a novel solution that enables cost-effective, high-throughput genotyping without sacrificing data quality.

This application note explores a novel single-use static inline mixer for controlled alkaline lysis of E. coli cells. Designed for scalability, it ensures high yields and product integrity in volumes up to 200 L, streamlining the midstream pDNA proce