Next-Generation Sequencing – Webinars and Online Events

QuantumScale Single Cell RNA is ideal for disease modeling and screening, population studies, and tissue atlasing efforts that have been constrained due to project complexity or cost.

This webinar features two pioneering teams leveraging nanopore technology to revolutionise the characterisation and diagnosis of paediatric cancers.

In this webinar, our expert speakers will discuss how a new multiomics platform can establish associations between phenotypes and genomic variants and deliver insights into small variants, structural variants and short tandem repeats.

In this webinar, Dr. Alfredo Hildalgo Miranda will demonstrate the potential and flexibility of Oxford Nanopore Technologies’ sequencing platforms in cancer and infectious disease research.

Spatial biology is transforming our understanding of cellular and molecular landscapes within tissues. This event will explore the latest advancements in spatial transcriptomics, multiplex imaging and single-cell spatial analysis.

In this webinar, our speaker will discuss the challenges and opportunities in measuring cfDNA from liquid samples and the role of magnetic beads in this process.

New for 2025, this event will cover the innovative technologies driving this field, including next-generation sequencing, liquid biopsy, AI-driven diagnostic tools and their integration into clinical practice to transform patient outcomes.

Explore how nanopore sequencing is revolutionizing microbial genomics! Join Richard Chalvignac as he covers NO-MISS workflows, avian flu surveillance, 16S/ITS sequencing, and more. Live Q&A included. Don’t miss this exciting webinar!

This webinar explores how integrated fluidic circuits and high-throughput genomic platforms streamline qPCR and NGS workflows, helping professionals in agriculture and breeding accelerate marker-assisted selection and genetic purity testing.

Alternative splicing is crucial for eukaryotic gene expression and influences protein function and regulation, with mis-splicing linked to numerous diseases.