In this short introduction Dr Steve Barnard discusses how genomics, epigenomics, and multiomics deliver a more complete view of biology.
Gain practical, evidence-based perspectives on how genomics, epigenomics, and multiomics can reveal a more complete view of biology. Explore expert-led discussions of real-world applications across three areas of clinical research:
Join us live and bring your questions
Nov 19, 2026 at 7:00 AM PT
Discover how integrated cfDNA genomic and epigenomic profiling from a single liquid biopsy sample can expand oncology biomarker discovery. Learn how this approach is being applied to neuroendocrine tumor research to support deeper molecular insights.
Rare disease research and CNS tumors
Unlock the power of epigenetics in precision medicine research. In this webinar, Bekim Sadikovic and Helge Lubenow demonstrate how methylation signatures and 5-base sequencing are accelerating rare disease research, clarifying ambiguous results, and improving tumor classification.
Cancer of unknown primary (CUP)
Discover how liquid biopsy and multiomic analysis are transforming translational cancer research. In this webinar, Alexandra Clipson reviews how DNA methylation, fragmentomics, and 5-base sequencing can help identify cancers of unknown primary.
DNA methylation epimutations in acute myeloid leukemia
In this webinar, Dr David Spencer, MD, PhD, explores how genomic and epigenomic biomarkers are advancing AML translational research. Learn about clonal mutations, DNA methylation epimutations, and emerging assays for measuring molecular changes in AML.
Quantification of biological aging
Dr Daniel Belsky, PhD, examines the science behind DNA methylation-based aging clocks and their potential to provide sensitive biological measurements for advancing health research in this webinar.
Multiomic profiling of plasma circulating tumor DNA in pediatric cancer research
In this webinar, Carrie Cibulskis explores how advances in methylation analysis and genomic profiling are helping researchers use liquid biopsies to better detect and classify rare pediatric kidney cancers.
Deepen your understanding with resources that connect methylation and multiomic research to the technologies, analysis tools, and innovations enabling deeper biological insights.
Learn how to identify genomic variants and methylation insights together in a single assay.
Analyze and visualize multiomic data to uncover deeper biological insights.
Introduction to methylation array analysis
Quantitatively interrogate methylation sites across the genome at single-nucleotide resolution with methylation microarrays.
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