Cancer Genetics – Webinars and Online Events
Online Event
The Landscape of Cancer Research 2023
On-Demand
On June 28-29 join us for an insightful two-day online event featuring renowned experts who will share their innovative work in cancer research. Don't miss out on this opportunity to stay up-to-date on the latest developments in these fields and network with fellow professionals.
Webinar
The Most Comprehensive Insights in Cancer Genomes: Translational Research
On-Demand
This symposium brings together world-leading experts in cancer research and translational medicine to showcase how nanopore sequencing technology is being utilized to identify novel disease biomarkers.
From the characterization of small biomarkers, like circulating tumor DNA and single-nucleotide variants, to large structural variants and base modifications, nanopore sequencing delivers comprehensive insights into the cancer genome.
The speakers will discuss targeted and genome-wide detection of circulating tumor DNA, exploration of brain tumors and sarcomas and how nanopore sequencing has advanced their research.
From the characterization of small biomarkers, like circulating tumor DNA and single-nucleotide variants, to large structural variants and base modifications, nanopore sequencing delivers comprehensive insights into the cancer genome.
The speakers will discuss targeted and genome-wide detection of circulating tumor DNA, exploration of brain tumors and sarcomas and how nanopore sequencing has advanced their research.
Webinar
Simplifying Analytical Development for Viral Vector Production
On-Demand
The number of viral vector-based gene therapies in clinical trials has recently grown into the thousands due to the tremendous genetic disease-curing potential they harbor. Yet the comprehensive characterization of critical quality attributes for the safety and efficacy of the material produced for these trials remains a challenge for both manufacturers and regulatory bodies alike.
Webinar
Introducing Cancer Genomics With Long Reads
On-Demand
The last twenty years have experienced extensive growth in the sequencing of cancer genomes, leading to a dramatically increased understanding of the role of genetic and epigenetic mutations in cancer.
Advertisement