October 6 – November 10, 2026
Join us this fall for our new online Epigenomics workshops season! Our à la carte program is completely modular. You can join the sessions that are the most relevant for your research. Plus, get an introduction to new and upcoming technologies in epigenomics analyses.
Each workshop will be offered several times throughout the day, as outlined in the schedule.
All of our live sessions are highly interactive, with a mix of lecture, demos, use cases and fun activities to help you master the techniques behind chromatin and DNA methylation studies. Novice or expert, you'll learn something new with our passionate epigenomics experts covering workflows in depth – sample preparation, wetlab protocols, library preparation, analysis and bioinformatics.
Low input overview: Key considerations for multiomic profiling from limited material
CUT&Tag for chromatin profiling: Sample preparation, library generation, QC, and application example
DNA methylation analysis: EPIC array and low input methylation workflow with QC and case studies
Low input RNA profiling: D-plex workflow (cfRNA and small ncRNA), QC and transcriptomics case studies
Optimization and troubleshooting: Best practices for reproducibility and data quality
FFPE samples overview: Challenges and considerations for FFPE samples
ChIP from FFPE samples: ChIP workflow, QC and examples
ATAC-seq from FFPE samples: ATAC-seq workflow, approaches and caveats and case study
DNA methylation analysis: EPIC array, MSA, Mouse Infinium array, and WGBS workflows with QC and biomarker case studies
Optimization and troubleshooting: Strategies to improve assay performance and reproducibility
Liquid Biopsies overview: Principles and applications of circulating biomarkers
Nucleosomes and chromatin biomarkers: cfChIP workflow, Profiling workflows, QC, and case studies
cfDNA methylation profiling: Plasma workflows, QC, and clinical applications
cfRNA analysis from plasma: Extraction considerations, QC, and transcriptomics case studies
Optimization and troubleshooting: Best practices for sensitivity, reproducibility, and sample handling
ChIP overview: Key principles of ChIP-qPCR and ChIP-seq
Chromatin preparation: Fixation, cell lysis, and chromatin shearing
Setting up your IP: Antibodies, replicates, inputs, and positive/negative controls
Library preparation and sequencing: Steps from adapter ligation to data generation
Considerations for Plant Samples: Method adaptations and troubleshooting tips
Chromatin Profiling Methods: Introduction to ChIPmentation, ATAC-seq, and CUT&Tag
Tn5 transposase: Mechanism and broad applications
ChIPmentation: Protocol overview and key advantages
ATAC-seq: Detailed workflow and troubleshooting tips
CUT&Tag: Core steps and considerations
pA–Tn5-based Methods: Additional approaches and emerging techniques
Introduction: Basics of DNA methylation and epigenetic regulation
Common Workflows for 5mC Analysis: Selecting appropriate techniques
Step-by-Step Methods: Protocols for MeDIP-qPCR/-seq and RRBS
Probe Capture Approaches: From Human Methylome Panels to Infinium Arrays
Biomarker Discovery Pipeline: Choosing the right method for your research
Introduction to Non-coding RNA: Overview and biological significance
D-Plex Technology: Innovative approach to RNA-seq library preparation
Step-by-Step Workflow: Sample preparation, sequencing, and example results
MGcount: A total RNA-seq quantification and analysis tool
Further Applications: Ribosome profiling, sncRNA discovery, Fragmentomics and cfRNA
Hologic Diagenode is your dedicated supplier for epigenomics profiling services and sample preparation products for next generation sequencing, proteomics, and epigenetics research. Our experimentally-validated, easy-to-use solutions and services for RNA, DNA, chromatin, and protein analysis give researchers the confidence and success needed to achieve best-in-class results.
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