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Epigenomics Workshops

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Showing 25–36 of 50 categories
Cancer Epigenomics Analysis
Advanced training for cancer researchers on analyzing epigenetic alterations, driver mutations, and therapeutic implications in malignancies.
3+WORKSHOPS
PROGRAMMES
DNA Methylation Profiling in Cancer Genomes Histone Modification Analysis for Tumor Classification Chromatin Accessibility Testing in Cancer Cells +2 more programmes
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Developmental Epigenomics Profiling
Specialized training on tracking epigenetic changes during development, differentiation, and reprogramming processes.
3+WORKSHOPS
PROGRAMMES
Chromatin Remodeling Analysis in Developmental Systems DNA Methylation Profiling Across Developmental Lineages Single Cell Epigenomic Profiling Workflow Implementation +2 more programmes
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Immunological Epigenomics Methods
Advanced training for immunologists on epigenetic regulation of immune cell function, activation, and memory formation.
3+WORKSHOPS
PROGRAMMES
ChIP-seq Data Analysis for Immune Profiling ATAC-seq Library Prep and Peak Calling DNA Methylation Profiling in Immune Cells +2 more programmes
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Epigenomic Data Visualization
Practical training on creating publication-quality genome browsers, heatmaps, and interactive visualizations using IGV, Gviz, and custom tools.
3+WORKSHOPS
PROGRAMMES
Chromatin Accessibility Visualization with ATAC-seq Data DNA Methylation Landscape Mapping and Analysis Histone Modification ChIP-seq Data Integration +2 more programmes
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Statistical Methods in Epigenomics
Intermediate training on appropriate statistical tests, multiple testing correction, and power analysis specific to epigenomic studies.
3+WORKSHOPS
PROGRAMMES
Differential Methylation Analysis Using R ChIP-seq Data Processing and Peak Calling Machine Learning for Epigenetic Biomarker Discovery +2 more programmes
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Multi-Omics Integration Workflows
Advanced training on integrating epigenomic data with genomics, transcriptomics, and proteomics for comprehensive biological insights.
3+WORKSHOPS
PROGRAMMES
Chromatin Accessibility and Gene Expression Integration DNA Methylation Profiling with Multi-Omics Analysis Histone Modifications and Transcriptional Regulation Mapping +2 more programmes
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Machine Learning in Epigenomics
Specialized training on applying machine learning algorithms for epigenetic classification, prediction, and pattern discovery.
3+WORKSHOPS
PROGRAMMES
Deep Learning for Histone Modification Prediction ChromHMM Hidden Markov State Classification CpG Island Detection Using Machine Learning +2 more programmes
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Regulatory Element Identification
Advanced training on predicting and validating enhancers, silencers, and other regulatory elements using epigenomic signatures.
3+WORKSHOPS
PROGRAMMES
ChIP-seq Data Analysis for Histone Mapping ATAC-seq Workflow for Chromatin Accessibility DNase-seq and Footprinting for TF Binding +2 more programmes
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Epigenetic Clock and Aging
Specialized training for aging researchers on constructing and analyzing epigenetic clocks and DNA methylation-based age predictors.
3+WORKSHOPS
PROGRAMMES
Biological Age Assessment Using Epigenetic Clocks DNA Methylation Data Processing and Clock Construction Accelerated Aging Phenotypes Identification and Analysis +2 more programmes
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Metabolic Epigenomics
Advanced training on connecting metabolic state to epigenetic regulation and analyzing metabolite-dependent histone modifications.
3+WORKSHOPS
PROGRAMMES
Histone Modifications and Metabolic Gene Regulation DNA Methylation Profiling in Metabolic Disorders NAD Dependent Sirtuins and Chromatin Remodeling +2 more programmes
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Pathogenic Variation and Epigenetics
Specialized training for clinical geneticists on identifying epigenetic causes of disease and evaluating pathogenicity of epigenetic variants.
3+WORKSHOPS
PROGRAMMES
DNA Methylation Profiling in Disease States Histone Modification Mapping for Variant Interpretation ATAC-seq Workflow for Chromatin Accessibility Analysis +2 more programmes
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De Novo Motif Discovery
Intermediate training on identifying novel DNA binding motifs from ChIP-seq and ATAC-seq peaks using MEME and similar tools.
3+WORKSHOPS
PROGRAMMES
MEME Suite Motif Discovery and Analysis ChIP-seq Peak Analysis for Motif Extraction Regulatory Element Characterization Through Sequence Deconvolution +2 more programmes
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