Chromatin Accessibility Assays
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                          ATAC-seq: Genome-wide chromatin accessibility profiling
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                          FFPE-ATAC: Optimized ATAC-seq for formalin-fixed paraffin-embedded (FFPE) samples
Chromatin Immunoprecipitation (ChIP) & Related Assays
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                          ChIP-seq: Histone modification and transcription factor profiling
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                          Low-input ChIP: Optimized for as few as 50,000 cells
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                          FFPE-ChIP: Histone modification profiling from FFPE samples
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                          Cell-free DNA ChIP: Chromatin profiling from circulating cell-free DNA (cfDNA)
3D Genomics & Chromatin Conformation Assays
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                          Hi-C: Genome-wide chromatin architecture mapping
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                          Micro-C: High-resolution 3D chromatin organization profiling
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                          HiChIP: Chromatin conformation capture for protein-bound interactions
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                          4C-seq: Targeted analysis of chromatin looping and interactions
DNA Modifications Profiling
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                          EM-seq: Enzymatic methyl-seq for high-resolution 5mC detection
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                          5hmC-seq: Profiling of 5-hydroxymethylcytosine (5hmC) modifications
Computational Epigenomics & Bioinformatics
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                          Data processing and quality control for ATAC-seq, ChIP-seq, CUT&RUN, 3D genomics, and DNA modification assays
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                          Peak calling, motif enrichment, and differential analysis
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                          Custom bioinformatics support for novel epigenomic applications
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                          Integration of multi-omics datasets for deeper biological insights
Technology Development & Innovation
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                          Optimization of existing protocols for challenging sample types, such as FFPE and low-input samples
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                          Development of novel epigenomic profiling methods for emerging research needs
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                          Collaborative projects to refine and expand cutting-edge epigenetic assays
Additional Support & Collaborations
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                          Automated Library Preparation: ChIP and CUT&RUN libraries are prepared on an automated platform at IGO, improving consistency and quality
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                          Experimental Design & Consultation: We provide expert guidance on protocol selection, sample preparation, and data interpretation
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                          Whether you need state-of-the-art experimental assays, bioinformatics expertise, or cutting-edge epigenomics innovation, ERIL is here to support and drive your research forward.
For more details or to submit a service request, please visit our iLab page or contact us at hamardp@mskcc.org or kocher@mskcc.org.