Next-Generation Sequencing – Multimedia

Designing an RNA-Seq experiment is a multi-faceted process that requires careful planning and execution. From selecting the right assay to optimizing library preparation, every decision impacts the quality of your results.

This application note explores how an innovative panel provides a comprehensive tool for infectious disease research and public health monitoring.

This application note explores how this advanced technology is a powerful tool for public health monitoring and viral discovery research.

This application note explores an automated workflow that enhances DNA extraction and sequencing efficiency for stool samples, minimizing human error and delivering high-quality data on microbial communities.

This eBook highlights proven strategies for tissue dissociation, offering practical insights to enhance cell yield, reduce variability and safeguard sample integrity.

Single-cell RNA sequencing (scRNA-seq) approaches can provide transcriptomic profiles of individual cells isolated from brain tissue.

In this Q&A episode, Dr. Samantha Mendonsa discusses groundbreaking innovations like nanoball technology and versatile sequencing platforms that enhance accuracy, streamline workflows and support diverse research needs.

This application note presents an efficient solution for this task, ensuring precise cell and nuclei counting to perform effective single-cell analyses.

This comprehensive guide explores a portfolio of molecular and immunodiagnostics solutions to enhance both lab and point-of-care applications.

This infographic explores how this "6-base genome" approach helps researchers better understand gene expression and disease mechanisms by integrating epigenetic markers with genetic data.