Join us in the spring for our new Epigenomics workshops season! Our à la carte program (March 6-16) 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.

All of our 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.

Chromatin studies

Chromatin immunoprecipitation (ChIP)		ChIP for plants		Tagmentation-based methods		ChIP analysis and bioinfo
9:00 AM PST (Los Angeles) / 12:00 PM EST (New York) 8:00 AM & 5:00 PM GMT (London) / 9:00 AM & 6:00 PM CET (Paris) 5:00 PM JST (Tokyo)		9:00 AM PST (Los Angeles) / 12:00 PM EST (New York) 5:00 PM GMT (London) / 6:00 PM CET (Paris)		9:00 AM PST (Los Angeles) / 12:00 PM EST (New York) 8:00 AM & 5:00 PM GMT (London) / 9:00 AM & 6:00 PM CET (Paris) 5:00 PM JST (Tokyo)		9:00 AM PST (Los Angeles) / 12:00 PM EST (New York) 8:00 AM & 5:00 PM GMT (London) / 9:00 AM & 6:00 PM CET (Paris) / 5:00 PM JST (Tokyo)
ChIP overview: ChIP-qPCR or ChIP-Seq		ChIP-qPCR or ChIP-seq?		Chromatin profiling methods: ChIPmentation, CUT&Tag, ATAC-seq		ChIP-qPCR and ChIP-seq analysis
Chromatin preparation: fixation, cell lysis and chromatin shearing		Chromatin preparation: fixation, cell lysis and chromatin shearing		Tagmentation workflow and comparison with other methods		Bioinformatics analysis: specifics of sequencing for chromatin technologies (ChIP-Seq, ATAC-Seq, Cut&Tag)
Setting up your IP: antibodies, replicates, inputs, positive/negative controls		Setting up your IP: antibodies, replicates, inputs, positive/negative controls		iDeal CUT&Tag protocol		Sequencing QC
Library preparation and sequencing		ChIP-qPCR: set-up and analysis		Library preparation		Computer resources recommendations
		ChIP-seq: library preparation, sequencing & analysis		Analysis		Software needed
		Overview of DNA methylation methods for Plants

DNA Methylation studies

Methylated DNA immunoprecipitation (MeDIP)		Single base resolution technologies		DNA Methylation analysis and bioinfo
10:00 AM PST (Los Angeles) / 1:00 PM EST (New York) 8:00 AM & 5:00 PM GMT (London) / 9:00 AM & 6:00 PM CET (Paris) 5:00 PM JST (Tokyo)		10:00 AM PST (Los Angeles) / 1:00 PM EST (New York) 8:00 AM & 5:00 PM GMT (London) / 9:00 AM & 6:00 PM CET (Paris) 5:00 PM JST (Tokyo)		10:00 AM PST (Los Angeles) / 1:00 PM EST (New York) 8:00 AM & 5:00 PM GMT (London) / 9:00 AM & 6:00 PM CET (Paris) 5:00 PM JST (Tokyo)
Capture methods: MagMeDIP, hMeDIP and MethylCap		Coverage comparison: WGBS and RRBS		MeDIP-seq and MeDIP-qPCR analysis
MeDIP-qPCR and MeDIP-seq		RRBS workflow: sample & library preparation, early sample pooling, bisulfite conversion, library amplification & QC		RRBS analysis
MeDIP-qPCR workflow: cell lysis and DNA extraction, DNA shearing, IP, DNA isolation and qPCR analysis		Intelligent Pooling Software		Bioinformatics analysis: specifics of sequencing for single nucleotide resolution technologies (WGBS, RRBS, Targeted)
Library preparation, amplification and pooling		RRBS sequencing recommendations		Sequencing QC
		Species versatility		Computer resources recommendations
		Other methods: EPIC arrays & Human Methylome		Software needed

Select your session(s), save your spot and register now!

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Session(s) (Press CTRL and click to select multiple sessions) Chromatin immunoprecipitation (ChIP) ChIP for plants Tagmentation-based methods ChIP analysis and bioinfo Methylated DNA immunoprecipitation (MeDIP) Single base resolution technologies DNA methylation analysis and bioinfo

Type of samples (Press CTRL and click to select multiple samples) Biofluids Cell Primary cells FFPE tissue Fresh tissue Frozen tissue

Research model(s) Animal Bacteria / Virus Fungi / Yeast Human (clinical) Human (research) Plant Alien tissue Other

Technology ATAC-seq ChIP ChIPmentation CUT&RUN CUT&Tag DNA-seq EPIC array Hi-C MeDIP RNA-seq Targeted WGBS / RRBS Other

Number of cells < 10,000 cells Between 10,000 and 100,000 cells Over 100,000 cells n/a

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